FBII Omni-408A Installation And Setup Gude

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THANK YOU for your purchase of the FBII OMNI-408A Hardwired/Wireless System.

The purpose of this guide is to give you a brief overview of the OMNI-408A Control Panel, and provide instructions for installing a basic system. FBII is always available to serve YOU. Our SALES AND TECHNICAL SUPPORT staff are available to assist you in any way possible.

FOR

TECHNICAL SUPPORT,

CALL TOLL-FREE:

(800) 645-7492

Before you call Technical Service, be sure you:

• Check the Summary of Connections and verify your connections.

• Check all fuses.

• Assure that the transformer and backup battery voltages are supplying the proper voltage

levels.

• Verify your programming information.

• Read this guide thoroughly.

• Note the proper model number of this product, and the version level (if known), along with

any documentation that came with the product.

• Have your company name and telephone number ready.

This information will allow us to service you more quickly and effectively. Please, remember to BE PATIENT while waiting on the telephone; your call will be answered as soon as possible.

FOR YOUR CONVENIENCE, a System Programming Worksheet is included at the back of this guide. This can be removed to help you record account information.

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••••••••••••••••••••••••••••••••••••••••••••••••••

Conventions Used in This Manual ....................................................................................................................v

Feature Summary of Version 1 ........................................................................................................................ vi

Introduction .......................................................................................................................................................1–1

About the OMNI-408A......................................................................................................................................1–1

System Wiring and Hookup ............................................................................................................................2–1

Wiring the OMNI-408A ....................................................................................................................................2–1

System Stabilization Mode ...............................................................................................................................2–1

Compatible ADEMCO 5800 Series Wireless Devices.....................................................................................2–1

Terminal Connections.......................................................................................................................................2–2

Auxiliary Device Current Draw Worksheet ....................................................................................................2–5

PC Board Mounting ..........................................................................................................................................3–1

Mounting the Control Board.............................................................................................................................3–1

Mounting the Receiver and Antennas .............................................................................................................3–2

Keypad Mounting..............................................................................................................................................4–1

How to Mount the XK-108 Keypad ..................................................................................................................4–1

The XK-108 Keypad...........................................................................................................................................5–1

XK-108 Keypad..................................................................................................................................................5–1

Keypad Sounder ................................................................................................................................................5–3

System Operations............................................................................................................................................6–1

Power Up/System Reset....................................................................................................................................6–1

Arming the System............................................................................................................................................6–1

Stay Arming.......................................................................................................................................................6–1

Stay/Instant Arming .........................................................................................................................................6–2

Disarming ..........................................................................................................................................................6–2

Reset...................................................................................................................................................................6–2

Bypass................................................................................................................................................................6–2

Quick Bypass.....................................................................................................................................................6–3

Exit Bypass........................................................................................................................................................6–3

Auto Unbypass ..................................................................................................................................................6–3

Manual Unbypass .............................................................................................................................................6–3

User Code Programming...................................................................................................................................6–3

User Deletion.....................................................................................................................................................6–4

Keypad Emergency Conditions ........................................................................................................................6–4

Pager Follow Me Displays ................................................................................................................................6–5

Entering Pager Follow-Me Phone Numbers....................................................................................................6–5

Quick Command Modes ...................................................................................................................................7–1

Quick Command Mode Listing.........................................................................................................................7–1

Quick Arming [#] [1]..........................................................................................................................................7–1

Quick Force Arming [#] [2] ...............................................................................................................................7–1

Set Time/Date [#] [3].........................................................................................................................................7–2

Toggle Chime [#] [6]..........................................................................................................................................7–2

Toggle Pager [#] [8] ...........................................................................................................................................7–2

On-Line Download [#] [9]..................................................................................................................................7–2

Installer Modes ..................................................................................................................................................8–1

Entering Installer Modes..................................................................................................................................8–1

Installer Mode 1 (Installer Keypad Programming).........................................................................................8–1

Installer Mode 3 (Unattended Download) .......................................................................................................8–2

Installer Mode 4 (On-Line Download) .............................................................................................................8–3

Installer Mode 5 (Walk Test - Reduced Gain Mode).......................................................................................8–3

System Programming.......................................................................................................................................9–1

General Information .........................................................................................................................................9–1

iii

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Table Of Contents (cont’d)

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Programming Questions - Installer Programming .........................................................................................9–2

Zone Programming..........................................................................................................................................9–19

Programming Questions - RF Programming............................................................................................10–1

Data Entry via LED Based Keypads...........................................................................................................11–1

General Information .......................................................................................................................................11–1

Entering Programming Mode via Keypad.....................................................................................................11–1

What You See on the LED Keypad ................................................................................................................11–1

Entering Data..................................................................................................................................................11–2

Summary of System Programming................................................................................................................11–4

Summary of Keypad Functions ...................................................................................................................12–1

User Functions ................................................................................................................................................12–1

Installer Modes................................................................................................................................................12–1

Central Station Reporting Formats............................................................................................................. A–1

Standard (3X1 or 4X1) .....................................................................................................................................A–1

Extended (3X1 Ext. or 4X1 Ext.)..................................................................................................................... A–2

Partial Extended (3X1 Part. Ext. or 4X1 Part. Ext.) ..................................................................................... A–2

3X2 or 4X2 ........................................................................................................................................................A–3

ADEMCO 4X2 Express .................................................................................................................................... A–3

ADEMCO Point ID........................................................................................................................................... A–4

OMNI-408A System Programming Worksheet ..........................................................................................B–1

RF MODE PROGRAMMING ............................................................................................................ .............. B–3

Warnings and Limitations..............................................................................................................................C–1

FCC Statement and Telephone Problems ..................................................................................................D–1

Warranty.............................................................................................................................................................E–1

Summary of Connections ............................................................................................................................... F–1

Summary of Connections................................................................................................................................. F–1

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Conventions Used in This Manual

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Before you begin using this manual, it is important that you understand the meaning of the following symbols.

These notes include specific information that must be followed if you are installing this system for a UL Listed application.

These notes include information that you should be aware of before continuing with the installation, and which, if not observed, could result in operational difficulties.

These notes warn of conditions that could seriously affect the operation of the system, or coul d cause damage to the system. Please read each warning carefully. This symbol also denotes warnings about physical harm to the user

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Feature Summary of Version 1

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The following system feature are supplied in Version 1: Exit Bypass – This feature allows any delay zone or interior that is violated at the end of exit

time to be bypassed for that armed period if the bit is set. This feature, if enabled, takes precedence over exit error (question 26, location 4, bit 3).

Pager/Follow-Me – This feature allows the end user to access a user-programmable phone number that can serve as a pager number or forwarding (site) number where the user can receive digital messages from the OMNI-408A that are a result of programmable events occurring on the system.

Bell Test from RF Keyfobs – This feature, if enabled, will activate bell test on arming/disarming only from keyfobs. Arming/disarming from the keypad via user codes or quick function will not trip the bell test (question 05, location 4, bit 2).

RF Board Detect – The panel senses if the ZR401 RF board is attached to the control panel. This option is only viewable through the downloader.

Bell Test on Arming – If the "bell test chirp" is selected (question 08, location 1, bit 3) Bell Test on Arm provides a single Bell chirp when arming and a double chip on disarming.

Strobe Trigger – Allows the trigger output to Pulse with the same timing as the Bell Test option (chirp or non-chirp).

Limited Access to Programming – Prevents the installer from accessing questions 01 through 03 and 09 and 10 in keypad programming. This feature is set in the downloader only.

RF Programming Using Bypass Key – This feature, if enabled, allows access to RF programming by pressing the [Bypass] key and the 2-digit RF question number. Otherwise the method is to press [*] [#] and the 2-digit RF question number.

Recent Panic – If enabled in question 37, location 4, when the Panic is pressed on a keyfob followed by an arm or disarm function within a 1-minute window, the panel sends a recent panic code to the central station.

Exit Programming Central Station Report – This feature, if enabled, sends a code to the central station when exiting keypad programming.

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SECTION 1

Introduction

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In This Section

About the OMNI-408A

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About the OMNI-408A

The OMNI-408A Security System is a state-of-the-art, microprocessor-based control/communicator. It is a hardwired/wireless system. You can program the system through any of the compatible keypads; or the system can be uploaded and downloaded remotely using the EZ-Mate PC Downloader Software. In addition, the software can perform remote control actions (arming, disa rming, bypassing, etc.). Programming opt ions are stored in nonvolatile reprogrammable EEPROM memory, which prevents information from being lost in the event of a complete loss of power. Other features of the OMNI-408A include:

• 8 Zones (4 hardwired or up to 8 wireless)

• On-board RF receiver compatible with ADEMCO 5800 Series Transmitters

• Up to 6 remote wireless keyfobs for quick one-button commands

• Capacity for up to 4 XK-108 keypads

• 6 user codes with capability for Ambush code and an arm-only user

• Dedicated Bell Supervision input

• Temporal Bell option for fire sound

• 4 selectable keypad emergency conditions

• Upload/download with remote commands with answering machine bypass

• Unattended and on-line downloading

• Default Lockout option to prevent hostile account takeovers

• Quick Arming, Quick Forced Arming, and Quick Bypass options

• Arm Faulted Quick Arming

• Quick Exit

• Indications on keypad for AC loss, low battery and communication failure

• Additional CS reporting formats (ADEMCO 4X2 Express and ADEMCO Point ID)

• Real-time, AC-based system clock

• Central station reporting for alarms, troubles, restores, bypasses, openings, closings,

ambush, panic, keypad fire, keypad medical, CS test, cancels, AC loss, low battery, RF tamper, RF supervisory, RF low battery

• Exit Bypass

• Pager/Follow-Me

• Ability to be programmed as a local system (No CS reporting)

• 4-wire smoke detectors with fire verification logic plus smoke power reset

• 2 entry and 1 exit time delays

• Swinger Shutdown capability

• Exit Error Warning

• European Ring Detect

• 98-Event Log History (viewable by PC downloading software only)

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OMNI-408A Installation and Setup Guide

• End user chime ON/OFF toggle capability

• 2 programmable trigger outputs for various functions (including armed/ready indication

and glassbreak detector reset)

• Input power: 16.5VAC 25VA; 12VDC, 4 - 7 AH

• Output power: 11.5 - 13.1VDC, 500mA

• Bell output power: 10 - 15.5VDC, 1A

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SECTION 2

System Wiring and Hookup

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In This Section

Wiring the OMNI-408A

♦

System Stabilization Mode

♦

Compatible ADEMCO 5800 Series Wireless Devices

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•••••••••••••••••••••••••••••••••••••••••••••••••

Terminal Connections

♦

Auxiliary Device Current Draw Worksheet

♦

Wiring the OMNI-408A

Refer to the Summary of Connections diagram in visual information concerning the wiring and hookup of the OMNI-408A. The connections shown meet Household Fire / Burglar Alarm System standards set by UL (UL985 and UL1023).

Appendix F

at the back of this guide for

System Stabilization Mode

Upon initial power-up of the system, all of the lights on the LED keypad(s) will go ON and then go OFF for approximately 2 minutes, 10 seconds if the system was last armed. This system stabilization mode occurs on a total power-up, on a system reset, or after completion of system programming. If the total system power is lost, then upon power restoral the system will return to the previous arming state. The 2-minute, 10-second interval is used to allow motion detectors (in interior zones) to stabilize on power-up in order to prevent false alarms. PUTTING A MOMENTARY JUMPER BETWEEN TERMINAL 15 AND 16 ON POWER-UP CAN DISABLE THIS OPTION. IF DISABLED, THE POWER-UP RESET TIME IS APPROXIMATELY 5 SECONDS. This is a normal condition.

Compatible ADEMCO 5800 Series Wireless Devices

• 5802MN Single-Button Transm itte r

• 5802CP Belt Clip Panic Transmitter

• 5804 4-Button Transmitter

• 5806 Photoelectric Smoke Detector

• 5807 Photoelectric Smoke Detector

• 5808 Photoelectric Smoke Detector

• 5816 Miniature Transmitter

• 5817 3-Point Transmitter

• 5818 Recessed Magnetic Contact Transmitter

• 5849 Glassbreak Detector

• 5890 Dual-Element PIR

NOTE: The OMNI-408A system is not compatible with the ADEMCO bi-directional devices.

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OMNI-408A Installation and Setup Guide

Terminal Connections

TERMINALS FUNCTION DESCRIPTION

1 & 2 Transformer Connect the 16.5VAC 25VA transformer, utilizing #18awg

3Earth

Ground

4(+) & 5(-) Bell Output The total output power available for soundi ng devic es is 1A at

6Siren

Supervision Input

wire at a distance not to exceed 15 feet from the panel, to an unswitched 120VAC outlet.

Do not use any other transformer, as this may result in improper operation or damage to the unit.

The AC/LB keypad LED will remain on while AC power is present. If an AC loss occurs, the AC/LB LED turns off immediately. If AC power remains off for 15 minutes, the system pulses the keypad buzzer (if enabled in Programming question 07, location 4, bit 2) and transmits a power-loss message to the central station, if programmed to do so. THE KEYPAD BUZZER CAN BE SILENCED by entry of any valid user code. When AC restores, the AC/LB LED lights immediately, and a Restore code is reported, if programmed.

Connect this grounding lug to a cold-water pipe utilizing #18awg wire at a distance of no greater than 15 ft. Use a non-corrosive metal strap firmly secured to the pipe to which the lead is electrically connected and secured. If the premises' pipes terminate in PVC, this terminal must be connected to a 6-foot grounding rod.

11.5 - 13.1VDC. These terminals deliver CONSTANT output on BURGLARY, AUDIBLE PANIC, and BELL TEST. On a FIRE condition, a PULSED or TEMPORAL output can be generated. There are separate bell cutoff times programmable for burglary and fire conditions within the programming sequence. For UL Household Fire Warning System installations, the speaker must be mounted indoors for best audibility. Also, for UL installations, use only one speaker.

NOTE: Before connecting sounding devices, consult their specifications for proper current draw. Otherwise, the bell fuse (F1) may be blown.

The bell output may be supervised when a conventional bell or a self-contained siren is connected. When connecting a conventional bell or a self-contained siren to the bell output terminals (4 and 5), the jumper JP3 must be placed across pins 1 and 2. When connecting an external siren driver to the bell output terminals, the supervision wire is connected to the siren supervision terminal of the siren driver, and the jumper JP3 must be placed across pins 3 and 4. A supervisory condition generates a pulsing keypad sounder. Also, the supervisory LED on the keypad pulses. Entering a valid user code while the system is disarmed silences the sounder. The LED continues to pulse until the supervision is fixed. If a bell, self-contained siren, or external siren driver is not connected to the bell output terminals, a 100-ohm resistor must be placed across the siren supervision input to prevent a bell supervision error. Bell supervision is reported to the CS if enabled.

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Section 2 - System Wiring and Hookup

TERMINALS FUNCTION DESCRIPTION

7(-) & 8(+) (Trigger 1)

Smoke Detector Power or Trigger 1 Output

Smoke Detector Power:

This system accepts 9.5 - 12VDC 4wire smoke detectors only. Approximately 50mA of current are available at these terminals for powering all detectors and an EOL relay FBII Model 620. For UL installations, see wiring diagram for hookup.

These terminals adhere to the fire verification and reset logic. You can reset the smoke detector power manually by entering a valid user code after clearing alarm memory or by using the asterisk [*] key.

Trigger 1 Output:

These terminals which are commonly wired

to trigger 1, can be used for a trigger output. See programming question 28, locations 1 and 2 for valid trigger types.

5(-) & 8(+) Regulated

Power (11.5

- 13.1VDC):

The total regulated output power for motion detectors and other external devices is 500mA at 11.8 - 12.5V for residential applications, or 12.0 - 12.5V for commercial applications, with less than 100 mVPP ripple. The total regulated output capacity of the OMNI-408A includes the power available from these terminals (8 and 5) as well as the power used by the keypads and smoke detectors. Therefore, to determine the total power available from these terminals, subtract the power consumed by the keypads and smoke detectors.

9(+) & 10(-) 11(+) & 10(-) 12(+) & 13(-) 14(+) & 13(-)

Zone Information (hardwired zones)

Zone 1 (Requires 2.2K EOL resistor) [Default = Delay] Zone 2 (Requires 2.2K EOL resistor) [Default = Interior] Zone 3 (Requires 2.2K EOL resistor) [Default = Perimeter] Zone 4* (Requires 2.2K EOL resistor) [Default = Perimeter] Normally-closed devices may be wired in series; normally-

open devices may be wired in parallel. A 2.2k-ohm end-ofline resistor must be installed on all zones. (Refer to the wiring diagram.) The standard loop response time is 280 ms on all zones. The factory default values for each zone are listed in the table above; however, any zone can be programmed for the following types: delay, perimeter, interior, fire, 24-hr. alarm, or 24-hr. trouble. See further explanation of the zone types in the

Section 9: System Programmi ng

NOTE: Loop response is defined, as the minimum time required for a fault to trip a zone.

*If Pool Zone option is enabled, see the “Pool Zone Connections” description below for zone 4 usage.

RF Zone Interface

Zone Information (wireless zones)

Zone 5 (Compatible RF Devices) [Default = Perimeter] Zone 6 (Compatible RF Devices) [Default = Perimeter) Zone 7 (Compatible RF Devices) (Default = Perimeter] Zone 8 (Compatible RF Devices) [Default = Perimeter] Wireless zones can be enabled in program question 26,

locations 1 and 2. All 8 zones can be wireless; or up to 4 zones can be hardwired and the remaining ones wireless. Compatible ADEMCO 5800 Series wireless devices must be used.

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OMNI-408A Installation and Setup Guide

TERMINALS FUNCTION DESCRIPTION

15 (Black), 16 (Yellow), 17 (Green), 18 (Red)

19 (Brown), 20 (Gray), 21 (Green), 22 (Red)

Keypads Up to 4 keypads (XK-108) may be wired to these terminals.

Telephone Line

The connections are as follows: 15 (Black) = negative, 16 (Yellow) = data in, 17 (Green) = data out, and 18 (Red) = positive power. Each keypad draws approximately 30mA. Maximum keypad length is 500 feet using 22-gauge wire.

NOTE: In some installations, it may be necessary to use shielded wire to prevent radio frequency interference.

Connect the model 368 cord as follows: 19 (Brown) = Home Tip, 20 (Gray) = Home Ring, 21 (Green) = Telco Tip, and 22 (Red) = Telco Ring. Insert the plug into an USOCRJ31X Jack (or a CA31A Jack for Canadian installations).

The FCC registration number is AE398E-69554 AL-E, and the ringer equivalence is 0.0B. The system should not be connected to party lines or coin-operated phones.

If this control panel will be used for uploading, downloading or remote-command applications, the telephone line connected to the control panel machine or modem. Furthermore, this device should not be connected to a phone line that has Call Waiting, unless the Call Waiting Interrupt numbers are programmed into the panel dialing sequence.

must not

be shared with a fax

BACKUP BATTERY:

The Red (+) and Black (-) flying leads must be connected to a 12VDC 4-7AH gell cell, to serve as backup power in the event of AC loss.

A battery test occurs approximately every 4.5 minutes. Low-battery condition occurs at nominal 11VDC. The keypad AC/LB LED and buzzer will pulse slowly when a low-battery condition is detected. The system reports this condition to the central station if programmed to do so. Battery restoral occurs within 4.5 minutes, at the NEXT battery test. The buzzer may be silenced by entry of any valid user code.

POOL ZONE CONNECTIONS:

Zone 4 can be used for the Pool Zone option. To use Zone 4 for the Pool Zone option, all doors with direct access to the pool shall be equipped with an alarm that produces an audible warning when the door and its screen are opened. The alarm will sound continuously for a minimum of 30 seconds immediately after the door is opened, and must be capable of being heard throughout the house during normal household activities. The alarm automatically resets under all operating conditions. The momentary switches provide temporary alarm deactivation (15 seconds) so that the door can be opened without the alarm sounding.

When the Pool Zone option has been selected, Zone 4 operates as a standard delay zone when the system is armed and the momentary switches start the entry time.

Figure 1 shows the wiring connections needed to use Zone 4 as a Pool Zone.

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INSIDE WALL MOMENTARY SWITCH *

* SWITCHES MUST BE MOUNTED AT LEAST 54 INCHES ABOVE THE

DOOR THRESHOLD.

Figure 1. Pool Zone Connections

Auxiliary Device Current Draw Worksheet

Section 2 - System Wiring and Hookup

DOOR CONTACT

2.2 K EOL RESISTOR

OUTSIDE MOMENTARY SWITCH*

DEVICE

CURRENT DRAW

FOR EACH

NUMBER OF

UNITS

TOTAL CURRENT FOR

EACH

XK-108 Keypad 30mA PIR ** Smoke Detector ** Glassbreak Detector **

** **

Total Current or all Devices = (500mA max.)

**If devices such as PIRs, smoke detectors, etc. are used, refer to the specifications for t hat particular device's current draw. If the total current draw exceeds 500mA, then use an additional power supply.

NFPA, UL, and the California State Fire Marshal require the backup battery to provide power for 24 hours. The maximum aux. power will vary by the ampere/hour rating of the battery used: 5AH = 95mA; 7AH = 180mA; 8AH = 210mA.

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OMNI-408A Installation and Setup Guide

2–6

Page 15

SECTION 3

PC Board Mounting

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In This Section

Mounting the Control Board

♦

Mounting the Receiver and Antennas

♦

•••••••••••••••••••••••••••••••••••••••••••••••••

Mounting the Control Board

Before mounting the printed circuit board, be certain that the appropriate metal knockouts have been removed. DO NOT ATTEMPT TO REMOVE THE KNOCKOUTS AFTER THE CIRCUIT BOARD HAS BEEN INSTALLED.

NOTE: The front face (door) of the enclosure can be completely removed to gain unrestricted access to the control panel during installation. To remove the door perform steps 1 and 2, otherwise proceed to step 3:

1. Open the door to its fully extended position (approximately 90 degrees)

2. Lift the control panel door to remove it from the enclosure.

3. To mount the PC board, hang the three mounting clips on the raised cabinet tabs. Observe proper clip orientation to avoid damage to the clip when mounting screws are tightened and to avoid problems with insertion and removal of the PC board.

4. Insert the top of the circuit board into the slots at the top of the cabinet. Make sure that the board rests in the slots as indicated in the figure below.

5. Swing the base of the board onto the mounting clips.

SCREW

GROUNDING LUG

ANTENNA AND

GROUNDING LUG

INSTALLATION

RCVR BOARD

CABINET

ANTENNAS INSERT IN

RIGHT-HAND

TERMINALS

GROUND

TERMINALS

ANTENNA

KNOCKOUT

DETAILED SIDE VIEW OF CLIP INSTALLATION: A. CABINET TAB WITHOUT CLIP B. CABINET TAB WITH HANGING CLIP

PC Board

Metal Cabinet

Figure 2. Mounting the Control Board

ZR-401 RF

RECEIVER

3rd CLIP

REQUIRED

DETAILED SIDE VIEW OF BOARD INSERTED INTO SLOTS

DETAILED SIDE VIEW OF CLIP AND BOARD INSTALLED

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Page 16

OMNI-408A Installation and Setup Guide

6. Place the washer provided over the wire jumpers located within the middle of the PC board. Secure the PC board to the middle-mounti ng clip of the enclosure through the washer, using the screw provided.

7. Secure the remaining sides of t he PC board to the enclosure, using the screws provided.

Mounting the Receiver and Antennas

1. Mount the receiver board on top of the control PC board as shown in the figure above.

2. Insert grounding lugs (supplied) into the left-hand terminals of the antenna blocks and secure them to the cabinet with the screws provided.

3. Insert the receiver's antennas through the top of the cabinet into the blocks' right-hand terminals. Tighten screws.

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SECTION 4

)

Keypad Mounting

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In This Section

Mounting the XK-108 Keypad

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•••••••••••••••••••••••••••••••••••••••••••••••••

How to Mount the XK-108 Keypad

The XK-108 Keypad may be surface-mounted in any of the following three ways:

• Directly to a control panel enclosure if it has a keypad cutout on the front.

• Directly to a single- or double-gang electrical junction box.

• Directly to a wall or other surface.

Removing the Keypad Cover Assembly

Remove the keypad cover assembly from the rear mounting plate by inserting a small screwdriver blade in the COVER PRY-OFF SLOTS at the lower edge of the keypad (see Figure 3) and twist to pry off the cover assembly.

COVER

DOOR

Mounting the Rear Plate

Mount the rear plate as shown in Figure 4. Note that the plate is correctly oriented when its part number, molded into the plastic, is upright.

REAR PLATE

COVER PRY-OFF SLOTS (2)

(TO REMOVE COVER, INSERT SMALL SCREWDRIVER BLADE AND TWIST.)

BREAK-AWAY RIBS (4)

(FOR EXPOSED WIRING ENTRY.)

SLOT FOR COVER SECURING SCREW

(OPTIONAL)

Figure 3. Bottom View of Keypad

HOLDING HOOKS (2

(FOR HOLDING COVER S UPP ER EDGE)

AAB

N6054

POST FOR COVER SECURING SCREW

WIRING

OPENING

(FOR

CONCEALED

WIRING)

(OPTIONAL)

BREAK-AWAY RIBS (4

(FOR EXPOSED WIRIN G ENT RY.)

Figure 4. Rear Mounting Plate

HOLES “A” (4

(FOR MOUNTING TO CONTROL PANEL’S ENCLOSURE OR TWO GANG ELECTRICAL BOX)

HOLES “B” (2

(FOR MOUNTING TO SINGLE GANG ELECTRICAL BOX)

HOLES “A” OR “B”

(CAN BE USED FOR WALL MOUNTING)

SNAP HOOKS (2

(FOR HOLDING COVER’S LOWER EDGE)

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Page 18

OMNI-408A Installation and Setup Guide

Mounting Directly to Control Panel Enclosure

If the control panel enclosure has a keypad cutout on the front face, remove the cutout and mount the plate to the enclosure's face via HOLES “A” (see Figure 4) with the four screws and nuts provided.

Mounting Directly to an Electrical Junction Box

The plate can be mounted directly to a single- or double-gang electrical junction box. Use the screw holes provided and HOLES “B” for a single-gang box or HOLES “A” for a double-gang box.

Mounting Directly to a Wall or Other Surface

Provide a wiring hole in the mounting surface. Position the plate's WIRING OPENING over the hole and mounting plate, using HOLES “A” and/or “B” in conjunction with appropriate mounting hardware (not provided) for the type of surface.

1. Complete the keypad wiring as required for the control with which the keypad is to be used.

2. Replace the keypad cover assembly on the rear plate. Starting at the upper edge of the plate, engage the plat e's two HOLDING HOOKS (see Figure 4) into the recesses provided for them inside the upper edge of the cover assembly. Snap the lower edge of the cover assembly and the lower edge of the cover onto the two SNAP HOOKS at the lower edge of the plate.

NOTE: If desired, cover and plate can be further secured together by inserting a screw (provided) into the SLOT at the keypad's lower edge.

NOTE: When surface mounting the keypad and using screws with heads larger than the screws provided with the unit, place electrical tape over the screws to prevent them from interfering with the keypad operation.

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SECTION 5

The XK-108 Keypad

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

XK-108 Keypad

♦

Keypad Sounder

♦

•••••••••••••••••••••••••••••••••••••••••••••••••

XK-108 Keypad

2 3

ARM AC/LB READY

2 3 4 5 6 7 8 Stay Instant RF LB Superv

Stay

Bypass

Instant

Code

COVER

OPEN

INDEX

NO.

CONTROL/

INDICATOR

1 Zone Status

LEDS

Figure 6. XK-108 Keypad

Table 1. XK-108 Keypad Controls and Indicators

DESCRIPTION

These LEDs display the current zone status, including alarms, bypasses, troubles, and faults. Each condition will cause these LEDs to operate differently, as follows:

Alarms — Fast Blink (approx. 150mS on - 150mS off). Troubles — Slow Pulse (approx. 600mS on - 600mS off). Bypasses — Wink (100mS on - 900mS off). Zone bypasses are

displayed as a very slow wink of the zone LED light. Faulted Zones — Solid on. Faulted zones are the lowest-priority

indication. Faulted burglary zones are displayed with the LED solidly on while the system is disarmed.

Normal — Off.

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OMNI-408A Installation and Setup Guide

INDEX

NO.

2ARM/DISARM

3 Stay LED This LED displays whether the syste m has been armed in the Stay

4 Instant LED

5 AC/LB LED

6 READY LED This LED displays wh ether the system is ready for arming. The READY

7 [Stay] Key

8 [Bypass] Key

9 [Instant] Key

10 [Code] Key

CONTROL/

INDICATOR

LED

DESCRIPTION

This LED indicates whether the system is currently armed (on) or disarmed (off). This LED will also blink fast to show that alarms have occurred; or blink slowly upon failure to communicate with the central station.

mode or the Stay/Instant mode. If the Instant LED is on and the Stay LED is on, then the system is in the Stay/Instant mode. If the Instant LED is off and the Stay LED is on, then the system is in the Stay mode only. Stay/Instant is enabled in progr a mm ing question 08, location 3. In either mode, the Stay LED indicates the following:

On — All zones enabled for Stay are bypassed. Off — Zones are active-armed. This LED displays whether the system has been armed in the

Stay/Instant mode, Instant mode, or indicates if the account is not being monitored by the CS. Stay/In stant means that t he system is currently armed, all delay zones are Instant and all interior zones are bypassed. Instant means that the system is currently armed, all delay zones are Instant and no zones are bypassed.

NOTE: See programming question 08, location 3. On — Delay zones are currently instant. Off — Delay zones are normal. Pulse — Central station is not monitoring the account. This indicator light displays the current power status of the panel as

follows: On — AC is present. Off — No AC, running on battery backup. Slow Blink — Low-battery condition detected.

LED is common to all burglary zones with the following indications: On — System ready to be armed. Off — System not ready to be armed. Slow Blink — Indicates Installer Programming mode. Fast Blink — Alarm Memory mode. The [Stay] key enables arming the system, excluding zones

programmed with the Stay option. This provides exterior protection of the location while allowing full acc es s throughout the interior. The [Stay] key is also used to exit Installer Programming mode.

The [Bypass] key is used to temporarily exclude protection of a specific zone.

The [Instant] key enable s arming the system, eliminating the entry delays. If enabled with the [Stay] key, it enables arming the system in the Stay/Instant mode.

NOTE: Instant modes are enabled in question 08, location 3. The [Code] key is used to enter the Installer Programming mode and for

entry of user codes.

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Section 5 - Keypad Layout

INDEX

NO.

11 Keypad

12 RF LB LED This LED pulses whenever any RF transmitter has a low battery. Also,

13 Superv LED This LED indicates three different RF supervisory conditions and one

Keypad Sounder

CONTROL/

INDICATOR

Auxiliary Keys

DESCRIPTION

Pressing any two keys (top and bottom) above the "F A P " label at the same time initiates a central station transmission, if programmed, of fire (F), auxiliary (A), or panic (P), annunciates the keypad sounder and turns on the bell output. If not programmed to transmit, these keys can only result in a local warning as follows (see question 04, location 4 and question 05, location 1):

Keypad sounder — Steady for panic, pulsing for fire and auxiliary. Bell output — Steady for panic, pulsing for fire. NOTE: See question 05, location 1 for alternate auxiliary keys.

the corresponding zone LED for that transmitter pulses.

bell output supervisory condition, as follows: Off — No supervision conditions exist (normal). On — RF transmitter has not checked in for more than 12 hours. Blinking (fast) — RF transmitter reports a tamper condition. Blinking (slow) — Bell output is in supervision.

The keypad sounder annunciates differently to indicate the following conditions:

• Chirp — Keypad sounds a short chirp to confirm each keystroke.

• Steady — The keypad makes a steady sound during entry time, and/or during burglary

alarm.

• Chime — Steady 1-second tone (SYSTEM DISARMED ONLY).

• Acknowledge — Upon successful entry of certain commands, the system sounds for

approximately half a second.

• Pulsing — A pulsing sound (approximately half a second on, then off) indicates a trouble condition such as AC loss, low battery, or a fire zone.

• Negative Acknowledgement — Upon entry of an illegal command, the keypad sounds four short beeps. For exampl e, if you are attempting to define a new user and the Master User is not entered, four short beeps indicate that the command was unsuccessful.

• Sounder Ringback — Several short beeps indicate successful communication to the central station. This occurs for all signals, excluding ambush and silent zones.

• Fast-Pulsing Sounder — Sound generated during entry time period AFTER an alarm condition has occurred and the system has reached bell cutoff. A pulsing sounder will follow the bell output on fire conditions. Trouble conditions also generate a pulsing sounder, and may be silenced through entry of a valid user code.

The keypad is non-operational if none of the LEDs are lit and the keypad does not beep when keys are pressed. This is an indication that service is required.

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OMNI-408A Installation and Setup Guide

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SECTION 6

System Operations

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

Power Up/System Reset

♦

Arming the System

♦

Stay Arming

♦

Stay/Instant Arming

♦

Disarming

♦

Reset

♦

Bypass

♦

Quick Bypass

♦

•••••••••••••••••••••••••••••••••••••••••••••••••

Exit Bypass

♦

Auto Unbypass

♦

Manual Unbypass

♦

User Code Programming

♦

User Deletion

♦

Keypad Emergency Conditions

♦

Pager Follow-Me Displays

♦

Entering Pager Follow-Me Phone Numbers

♦

Power Up/System Reset

When the system is in an armed state only, it may enter System Stabilization Mode. This occurs upon power-up of the system, and causes all of the LEDs on the keypad(s) to light, and then go off for approximately 2 minutes, 10 seconds (if system was previously armed). This occurs on a total power-up, system reset, or after completion of system programming. If t otal system power is lost, upon power restoral, the system returns to the previous arming state. The 2-minute, 10-second interval is used to allow motion detectors (in interior zones) to stabilize on power-up in order to prevent false alarms. THIS OPTION CAN BE DISABLED BY PUTTING A MOMENTARY JUMPER BETWEEN TERMINAL 15 AND 16 ON POWERUP. IF DISABLED, THE POWER-UP RESET TIME IS APPROXIMATELY 5 SECONDS. This is a normal condition.

Arming the System

The system can be armed only if all burglary zones are not faulted. On LED-based keypads, this requires that the READY LED be on. Arm faulted is only allowed for delay or interior zones if enabled in programming question 05, location 2.

To arm: Enter any programmed 4-digit user code. NOTE: The factory default for user code no. 1 is 1234. The ARM LED lights and the user may exit through an exit/entry zone for the time period

programmed as the exit delay. The system can be armed without the backup battery being connected; however, the AC/LB LED will flash.

Stay Arming

To arm: Press the [Stay] key followed by a 4-digit user code. The ARM and Stay LEDs light on LED-based keypads. The system is armed at this time, with all programmed Stay zones excluded.

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OMNI-408A Installation and Setup Guide

Stay/Instant Arming

To arm: Press the [Instant] key followed by the [Stay] key and a 4-digit user code. The Stay/Instant mode arms the system with the characteristics of both the Instant and Stay

modes. The system is armed with the interior zones bypassed and the delay zones instant. LED keypads will have the ARM, Stay, and Instant LEDs lit. NOTE: This option is enabled in programming question 08, location 3.

Disarming

To disarm: Press any valid 4-digit user code. The ARM LED goes out. If an alarm condition exists or occurred while the system was armed, the zone LED(s) and

the READY LED blink rapidly. This Alarm Memory condition can be cleared by entering a valid user code or using the [*] key, if programmed.

Reset

After an alarm occurs, the system enters Alarm Memory mode either after bell timeout or by a user entering a valid user code silencing the bell and keypad buzzer. The alarm memory and communications failure can be cleared by entering a valid user code. If a fire alarm occurs, then clearing Alarm Memory resets the smoke detectors for approximately 8 seconds.

In addition, you can use the [*] key to act as a fire reset.

Bypass

Bypassing is performed to temporarily exclude zones that are faulty or not ready from activating the system.

If Quick Bypass is not enabled, then press the [Bypass] key followed by any valid 4-digit user code followed a number from 1 to 8, which represents the zone to be bypassed.

Example: To bypass Zone 2 (assuming a user code of 1234), press: [Bypass] [1] [2] [3] [4] [2]

Subsequent Bypasses

Can be made by pressing the [Bypass] key and then pressing another zone number within a 10-second period. After this 10-second period, the entire command, including the user code, must be entered.

After a successful bypass, an acknowledge beep sounds at the keypad sounder, and the respective zone LED blinks slowly.

The bypass rules are:

• Fire zones cannot be bypassed.

• 24-hour zones can be bypassed; however, they cannot be unbypassed if they are violated.

• Zones can only be bypassed while the system is disarmed, at which time visual indication

is displayed.

• Bypass signals are transmitted to the central station UPON ARMING if a Bypass code has been programmed.

6–2

Zones that are bypassed are not protected when the system is armed.

Page 25

Quick Bypass

Quick Bypass is a programmable option (see question 05, location 3 of the programming sequence) and allows the user to bypass zones without using a user code.

Press the [Bypass] key followed by a number from 1 to 8, which represents the zone to be bypassed.

Example: To bypass zone 2, enter: [Bypass] [2]

Exit Bypass

Exit Bypass is a programmable option (see question 26, location 4 of the programming sequence) and if set, any delay zone or interior that is violated at the end of exit time will be bypassed for that armed period. This feature, if select ed, takes precedence over exit error.

Auto Unbypass

All burglary zones that are bypassed can be automatically unbypassed upon system disarm. 24-hour zones that have been bypassed are unbypassed only if they are normal.

This feature is ALWAYS enabled.

Manual Unbypass

Section 6 - System Operations

This function removes an existing bypass from a currently bypassed zone. The procedure is the same as Bypass.

User Code Programming

User codes can be entered or modified directly through the keypad. The system contains up to six user codes (4 digits each) with the following applications:

NOTES:

1. User Number 1 - programs all user codes (1-6); cannot be deleted.

2. User Number 5 - can be programmed as an arm-only user in question 05, location 4. This means that the user code can only arm but not disarm the system. Typically, this is used for a maid service or any person with limited access.

3. User Number 6 - can be programmed as an Ambush code if there is an Ambush CS transmission code programmed into question 19, locations 1 and 2. In this mode, entry of the user number 6 code will Arm or Disarm the system and transmit the Ambush code to the central station. Furthermore, if opening/closing by user reporting is programmed, user number 6 will be reported along with the Ambush code. If no CS code is defined in question 19, then user number 6 will be a normal user code.

USER

NUMBER

1 Master User (see note 1) 1234

2 3 4 5 6

APPLICATION

Normal User NULL Normal User NULL Normal User NULL Arm Only (see note 2) NULL Ambush (see note 3) NULL

DEFAULT

CODE

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OMNI-408A Installation and Setup Guide

To add or change users: press [Code] Master User, User no., User ID Where: [Code] — [Code] key. Master User — Master User ID code (User no. 1). User no. — Desired user to be programmed (1-6). User ID — New 4-digit user code. Valid digits are 0-9. Example: Define user no. 3 with an ID of 7493. (Assume Master User code is 1234.) [Code] [1] [2] [3] [4] [3] [7] [4] [9] [3] An acknowledgment sound (steady tone) verifies a successful user code programming. A

negative acknowledgment sound (4 short tones) indicates unsuccessful programming. If additional user programming is necessary, repeat the procedure listed above. If a dialing

format that transmits opening/closing by user ID is programmed, each user reports the respective user number.

User code programming can be performed ONLY while the system is DISARMED.

User Deletion

User codes (2 - 6) can be deleted directly through the keypad. Once deleted, their values will be null.

To delete users: press [Code] Master User, User no., [*] Where: [Code] — [Code] key. Master User — Master User ID code (User no. 1). User no. — Desired user no. being deleted (2-6). NOTE: User no. 1 cannot be deleted, but it can be changed. [*] — [*] (Asterisk) key.

Keypad Emergency Conditions

The system has the ability to transmit four separate keypad emergency conditions as follows:

CONDITION KEYSTROKES ENABLED IN AUDIBLE OR SILENT

Panic Both Panic keys (at the

same time) or [#] and [*] (at the same time)

Fire

Auxiliary Both Aux keys (at the

Ambush User code no. 6

Both Fire keys (at the same time) or [7] and [9] (at the same time)

same time) or [1] and [3] (at the same time)

Question 05, location 1 Question 04, location 4

Question 05, location 1 Always AUDIBLE

Question 05, location 1 Question 05, location 1

Question 19, locations 1 and 2

Always SILENT

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For example, the 24-Hr Keypad Panic can be initiated by pressing both keypad Panic keys at the same time. The panic condition can be silent (no bell output) or audible, based on the programming option.

NOTE: The default value for Panic is audible. Audible Panic, Fire and Audible Auxiliary can be RESET BY ENTERING ANY VALID

USER CODE or using the asterisk [*] key.

Pager Follow Me Displays

The display shown on your pager will be "ACCTEXXX": Where "ACCT" is the 4-digit central station #2 account number. "E" is the event code. There are 4 event types: alarms, troubles, openings, and closings. These

event codes are as follows: Openings = 0, Closi ngs = 1, Alarm or Trouble = 9

If multiple events occur, the highest event takes priority. Events from highest to lowest priority are alarms, trouble, open, and close.

"XXX" is, depending on the event, either the zone (01-08) or user (1-14) designations.

Section 6 - System Operations

USER DESIGNATION FUNCTION

1-6 User codes

7 Remote arm/disarm 8 Quick Arm #1, Quick Forced Arm #2

9-14 Keyfobs

Entering Pager Follow-Me Phone Numbers

To enter pager follow-me phone number: press [#] [5] [8] [Code] (optional), Pager #, [#] Where: [#] [5] [8] — Accesses end user pager number programming (acknowledge tone should be

emitted). [Code] — Optional command that if pressed will insert a "C" or 2 second pause. Pager # — Including the [Code] key, allows for 16 digits for the pager phone number. [#] — Pressed after entering changes, will save new pager number, null out remaining

locations, and exit pager-programming mode. An acknowledge tone should be emitted. [*] — Exits #58 mode without saving changes. An acknowledge tone should be emitted. NOTE: If no key is pressed for 10 seconds, the mode times out and exits automatically

without saving changes.

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OMNI-408A Installation and Setup Guide

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SECTION 7

Quick Command Modes

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

Quick Command Mode Listing

♦

Quick Arming

♦

Quick Force Arming

♦

Set Time/Date

♦

•••••••••••••••••••••••••••••••••••••••••••••••••

Toggle Chime

♦

Toggle Pager

♦

On Line Download

♦

Quick Command Mode Listing

The end user can perform the following commands (if programmed):

COMMAND KEYSTROKES ENABLED IN

Quick Arming [#] [1] Question 05, location 3 Quick Forced Arming [#] [2] Question 05, location 3 Set Time/Date [#] [3] Always enabled Toggle Chime [#] [6] Always enabled Toggle Pager [#] [8] Always enabled On-line Download [#] [9] Question 05, location 4

On-line Download is not documented in the end user guide because it is only done when the end user is in communication with someone at the downloading computer.

Quick Arming [#] [1]

If programmed (see programming question 05, location 3), Quick Arming allows arming of the system without entry of a user code, and reports as User no. 8 to the CS if a 2-digit transmission format is defined.

NOTE: The system must be in Ready mode. A user code is required to disarm the system.

Quick Force Arming [#] [2]

If programmed (see programming question 05, location 3), Quick Force Arming allows arming of the system without entry of a user code and bypasses any zones that are not ready. It reports as User no. 8 to the CS if a 2-digit transmission format is defined.

NOTE: To disarm, the user code is required.

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OMNI-408A Installation and Setup Guide

Set Time/Date [#] [3]

The AC-based clock can be set at the keypad, but it can only be viewed by the PC downloader software.

To set time/date: Press [#] [3] Hours, Minutes, Month, Day, Year Where: Hours = 2 digits (00-23) Month = 2 digits (01-12) Year = 2 digits (00-99) Minutes = 2 digits (00-59) Day = 2 digits (01-31)

Toggle Chime [#] [6]

This quick command is always enabled. If any zones are programmed with a Chime option (see programming questions 11–18), then [#] [6] will turn the system chime on or off, depending on its original state.

The Toggle Chime command toggles the Chime feature for the entire syst em. Because there

• are no visual indications on the keypads after toggling the chime, you must be aware of its present state.

The installer must enable the Chime option for any zone that requires chime.

•

Toggle Pager [#] [8]

This quick-command feature provides any user the ability to toggle on or off open/close events, if the events a re enabled, from tripping the pager. This feature is non-selectable. The feature toggles an internal bit that indicates to the system if the feature is engaged or not. There is no visual indication with this feature, onl y an acknowledgement tone upon pressing [#] [8].

On-Line Download [#] [9]

If programmed (see programming question 05, location 4), the user can initiate a remote communications session with the CS downloading computer at the control panel. Typically, a remote communications session is initiated by the CS. On-line downloading allows the user to call the office, discuss the action required, and allow the CS operator to complete the request while on-line. No additional telephone call is needed. On-line connection can be made as follows:

Stage What Happens

1 The user dials the CS downloading modem telephone line from the premises

telephone line that the alarm system uses. Connection is made with a person at the CS downloading computer, and the account to be downloaded is verbally identified. The CS computer attempts to establish a connection with the site.

2 The user is instructed to enter [#] [9] on the keypad, which causes the control panel to

react as if it had received a request for a remote communications session and to look for the standard panel to CS protocol.

4 The user hangs up the telephone to prevent interference that may affect

Once the standard connection is made, the remote communications session can take place (upload, download, and remote commands).

upload/download data. The downloader software automatically terminates the connection after remote communications end.

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SECTION 8

Installer Modes

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

Installer Mode 4 (On-Line Download)

Entering Installer Modes

♦

Installer Mode 1 (Installer Keypad Programming)

♦

Installer Mode 3 (Unattended Download)

♦

•••••••••••••••••••••••••••••••••••••••••••••••••

Entering Installer Modes

There are 4 installer modes in the panel. To enter installer modes: press [Code] [*] Installer Code, X Where: Installer Code — The 4-digit Installer code (default = 2468) X — The single digit indicating the Installer mode, as follows:

1 Insta ller Keypad Programming

♦

Installer Mode 5 (Walk Test - Reduced Gain Mode)

♦

Press [1] [3] (at the same time) System Default Press [7] [9] (at the same time) User Code Default Press [*] [#] XX RF Programming or Press [Bypass]

2 (Not Used) 3 Unattended Download 4 On-line Download 5 Walk Test (Reduced Gain) Mode

Installer Mode 1 (Installer Keypad Programming)

Installer Mode 1 enters the installer into the Keypad Programming mode. Refer to

11: Data Entry Via LED Based Keypads

The EZ-Mate Downloader Software contains an option to inhibit keypad programming. If you select it, you will hear a negative acknowledgment (4 short beeps) after you attempt to enter this mode. The software has another option (Default Lockout) to inhibit a different installer from defaulting the panel and entering keypad programming. This prevents hostile account takeovers.

XX (selectable in question 07, L4)

Section

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OMNI-408A Installation and Setup Guide

Installer Mode 1 (System Default)

You can initiate a system default through the keypad by pressing the [1] and [3] keys at the same time while in the Programming mode. The system will then default (revert to factoryprogrammed values) and go through the reset sequence. You can also initiate a system default by removing power (AC and DC), shorting JP1 and JP2, reapplying power (with JP1 and JP2 still intact) waiting 8 seconds, and then removing the short with power still applied.

NOTE: You can select a programming option through the EZ-Mate Downloader Software called Default Lockout. If you select it, a system default reset will change all of the programmable options with the exception of the CS ID (a code used by the software to identify the panel during remote connections) and the Installer code. This prevents hostile account takeovers.

Installer Mode 1 (User Code Default)

The user codes can be reset to factory default values (User Code 1 = 1234) by pressing the [7] and [9] keys at the same time while in the Programming mode. The user codes will default and the system will go through the reset sequence.

Installer Mode 1 (RF Programming)

You can enter the RF Programming mode by pressing [Bypass] XX or [*] [# ] XX, where XX is 01 to 14 and selects the desired RF Programming question number. Refer to Section 10: Programming Questions - RF Programming for specific information.

When RF Programming mode is entered, the question number LEDs will blink rapidly.

Installer Mode 3 (Unattended Download)

The Unattended Download function allows the control panel to dial the telephone number of CS downloading computer so that the control panel can be downloaded without having the operator present. The CS downloading computer telephone number is programmed into the callback number (question 03) and an unattended identification number is programmed into the secondary telephone (question 02).

NOTE: These are temporary values, as they will be reprogrammed after downloading. Unattended Download requires the following sequence:

1. The PC operator must select UNATTENDED DOWNLOAD in the Downloader Software Main Menu.

2. Enter Unattended Download mode: press [Code] [*] Installer Code, [3].

3. The system now enters keypad programming at question 01. Enter the telephone number of the central station downloading computer. Enter [#] after each digit; for example: press [1] [#] [2] [#] [3] [#]. You can enter up to 16 digits. This phone number should be the same as the CS callback number (question 03 from Keypad Programming if the panel is programmed for callback).

4. Go to programming question 02 by entering [*] [0] [2]. Enter the desired account number, following each digit with [#]. This will be used by the CS downloading computer to determine the proper account information to download to this subscriber. The account number must be 6 digits in length. The downloader's account designator, not the account number, will be communicated to the receiver. For ID's less than 6 digits long, you must enter leading 0's to make the number 6 digits long. Example: For ID 345, enter [0] [#] [0] [#] [0] [#] [3] [#] [4] [#] [5] [#].

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Press the [Stay] key to exit Programming mode. The control panel now dials the downloading computer telephone number entered into the callback number. (If you have not already selected the Unattended Communications option from the main menu of the downloading computer, select it before continuing.) Upon connection with the computer, the system obtains the customer account number programmed in step 3 and performs the desired download operation.

NOTE: The CS downloading computer must be waiting in the Unattended Communications option and preprogrammed with the account i n formation in order for the Unattended Download to be functional.

Installer Mode 4 (On-Line Download)

In this mode, the installer can initiate a remote communications session with the CS Downloading computer at the control panel location. Typically, a remote communications session is initiated by the CS. On-line downloading allows the installer to call the office (from the same telephone line as the panel), discuss the action required, and allow the CS operator to complete the request while on-line. No additional telephone call is needed. On-line connection can be made as follows:

1. After completing the installation, attach a handset to the telco terminals (tip and ring) or use a standard home telephone to dial the CS downloading modem telephone line. Connection is made with a person at the CS downloading computer and the account to be downloaded is verbally identified. The downloading computer operator selects “On-line Remote Operations” from the Device menu.

2. Enter the on-line download sequence: [Code] [*] Installer Code, [4] or use the end-user command of [#] [9], if enabled. This causes the control panel to react as if it has received a request for a remote communications session, and to look for the standard panel to CS protocol.

3. Once the standard connection is made, the necessary remote communications sessions can take place (Upload, Download, and Remote commands).

4. Hang up the telephone or remove headset from the line to prevent interference that may affect upload/download data. The downloader software automatically terminates the connection after remote communications end.

Section 8 - Installer Modes

Installer Mode 5 (Walk Test - Reduced Gain Mode)

This mode tests the RF receiver in a Reduced Gain mode. This mode is maintained until the [Stay] key is pressed. The keypad displays this mode by pulsing the ARM, AC/LB, and READY LEDs. An LED that is steadily on indicates the zone that is currently faulted. A blinking LED indicates the zone has restored. The keypad sounder is activated on faulting and restoring of zones. To exi t, press the [Stay] key to cause a complete system reset.

All RF zones must be returned to normal before exiting Walk Test mode (i.e., doors and windows should be closed). If these RF zones are not returned to normal, they will be displayed as normal even though they are actually faulted.

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OMNI-408A Installation and Setup Guide

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SECTION 9

System Programming

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

General Information

♦

Programming Questions - Installer Programming

♦

Zone Programming

♦

•••••••••••••••••••••••••••••••••••••••••••••••••

General Information

You can program the system in either of the following methods:

• Directly, through the keypad

• Remotely, using the EZ-MATE PC DOWNLOADER Model 7700

The EZ-Mate Downloader has not been tested for UL applications.

This section describes how to program the system through the keypad. (The EZ-MATE PC DOWNLOADER includes documentation describing its programming procedures.) Keypad programming is accomplished by understanding the “Programming Questions - Installer Programming” paragraphs below and completing the

Programming Worksheet

37 and 00. Within each question, there are several locations labeled L1, L2, etc. for data entry. The

system is shipped from the factory with specific default values, which were selected for a typical installation. If the default values are suitable for your installation, programming can be simplified. The default values are listed with each programming question.

. There are 38 total programming questions, numbered 01 through

Appendix B: OMNI-408A System

9–1

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OMNI-408A Installation and Setup Guide

Programming Questions - Installer Programming

This section of the manual defines th e programming questions along with the values expected for each question.

DO NOT attempt to enter data before completely filling out

Programming Workshee t

QUESTION 01 PRIMARY TELEPHONE NUMBER DEFAULT = 234AAAAAAAAAAAAA

Enter the telephone number (including area code and/or dialing prefix, if necessary) of the primary central station receiver in L1 - L16. Enter the valid digits from the table below.

Digit FUNCTION COMMENTS

0-9 0-9 Dialing digits

A Signifies end of the phone number Enter after last digit of phone number B

C 3-Second pause Provides delay to wait for dial tone D Pound (#) Enter whenever the pound is used E

F 800 Enter whenever the “800” prefix is needed

REPORTING ROUTE:

The system reports all signals to the primary receiver phone number. If the secondary phone number has been programmed, the panel alternates between the primary and secondary receivers for a maximum of 8 attempts each until the signal has been acknowledged.

Asterisk (✴)

✴70C (TouchTone) ✴ 1170C (Rotary)

Enter whenever the asterisk is used

Enter to disable Call Waiting

Appendix B: OMNI-408A System

QUESTION 02 SECONDARY TELEPHONE NUMBER DEFAULT = A AAAAAAAAAAAAAAA

OR PAGER FOLLOW-ME NUMBER

Using the table in question 01 to determine valid digits, enter the telephone number (including area code and/or dialing prefix, if necessary) of the secondary central station receiver or a Pager Follow-Me number in L1 - L16.

The secondary telephone number is used if the panel is unable to reach the central station via the primary number. This is known as BACKUP reporting. If the SPLIT REPORTING feature is programmed, then opening and cl osing signals are directed to the secondary CS phone number only, while all other conditions are reported to the primary number.

If enabled in question 08, location 4 and question 26, location 4, the Pager Follow-Me number is used as a pager number or forwarding (site) number where the user can receive digital messages from the OMNI-408A that are a result of programmable events occurring on the system.

The pager number can be programmed here or via the end user method using the [#] [5] [8] keys.

9–2

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Section 9 - System Programming

Refer to

If neither split nor backup reporting is necessary, or if the Pager Follow-Me feature is not desired, this question may be left at the factory default values and all conditions will be routed to the primary telephone number only.

QUESTION 03 CALLBACK TELEPHONE NUMBER DEFAULT = AAAAAAAAAAAAAAAA

Using the table in question 01 to determine valid digits, enter the telephone number (including area code and/or dialing prefix, if necessary) for this control panel to reach the callback location. The callback number is the optional location of the EZ-Mate Downloader where the control panel calls during a remote communications (upload/download, etc.) session. During remote communications, the programming device and the control panel will first confirm the CS security code. If it is valid, communications can begin. If you have programmed a callback number, the control panel hangs up and dials the callback number.

NOTE: If you do not want callback capability, enter AAAAAAAAAAAAAAAA. QUESTION 04

CS DIALER OPTIONS DEFAULT = E435

There are 4 locations (L1-L4) within this question, which define various dialer and system options, as follows:

Question 04, L1 CS Dialer Formats Default = E

Section 6 - System Operations

for pager programming and operation.

Enter the digit for the desired dialer format from the table below in location L1.

Digit

0 3X1 Standard PULSE 1 4x1 Standard PULSE 2 3x1 Extended PULSE 3 4x1 Extended PULSE 4 3x1 Partial Extended PULSE 5 4x1 Partial Extended PULSE 63x2 PULSE 74x2 PULSE A ADEMCO 4x2 Express * DTMF E ADEMCO Point ID * DTMF

* These formats require a high/low handshake frequency from the CS receiver.

For more information on CS reporting formats, refer to Appendix A at the back of this guide.

CS REPORTING

FORMAT

FORMAT TRANSMISSION

TYPE

9–3

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OMNI-408A Installation and Setup Guide

Question 04, L2 CS Receiver Type Default = 4

Enter the digit for the desired receiver type from the table below in location L2. NOTE: The checkmarks highlight which opti ons are selected.

FORMAT PULSE

Digit

PPS20PPS

0 1

2 4 5

6 8

9 A C D E

NOTE: UL-compatible receivers are: FBI CP220 (all formats), ADEMCO 685, Silent Knight 8520, 9000, RADIONICS.

Question 04, L3 AC Line Frequency, Split Reporting, & Pulse Type Default = 3

SPEED

999

99 9

999

PPS

99 9

999

HANDSHAKE

FREQUENCY

1400 HZ

2300

PARITY TYPICAL CS RECEIVER

FBI, ADEMCO, SILENT KNIGHT

FBI FBI FBI, SILENT KNIGHT,

ADCOR, ADEMCO FBI FBI, RADIONICS FBI, FRANKLIN, SESCOA,

DCI, VARITECH FBI, RADIONICS FBI FBI FBI FBI, RADIONICS

9–4

Enter the digit for the desired message length from the table below in location L3. NOTE: The checkmarks highlight which options are selected.

Digit

0 1 2 3 4 6 8 9 A B

AC LINE FREQUENCY DIALING TYPE

50 HZ 60 HZ

99 99 99

9 9

99 9

99 9 999 99 9

SPLIT

REPORTING

PULSE Touch Tone

CS DIALER DISABLE CS DIALER DISABLE

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Section 9 - System Programming

Please consult your central station manager to determine the formats and message lengths that are accepted by the receiver.

European dialing format has not been tested by UL.

SPLIT REPORTING - The Split Reporting option directs all opening and closing signals to the secondary receiver telephone number. All other conditions (alarms, troubles, restores, etc.) adhere to the reporting route described in question 01. If Split Reporting is selected, the secondary receiver telephone number MUST be programmed.

If Local Alarm is desired, no other options need to be disabled (telephone number, CS codes).

Question 04, L4 K.P. Panic, System Swinger Shutdown, Zone Restore, & System Bell Test Default = 5

Enter the digit for the desired system options from the table below in location L4. NOTE: The checkmarks highlight which options are selected.

SYSTEM DIAL

DELAY

15 SEC 30 SEC

Digit

0 1 2 3 4 5 6 7 8 9 A

B C D E F

KEYPAD PANIC

AUDIBLE SILENT

99 9

999

99 99

9999

9 9

99 9

999

99 9 9

9999

SYSTEM

SWINGER

SHUTDOWN

TRANSMIT

ZONE

RESTORE

KEYPAD SILENT/AUDIBLE PANIC - Determines whether the keypad panic condition [*] [#] (entered on the keypad) activates the bell and the keypad buzzer. In either case, a signal is transmitted to the central station if a Panic code has been programmed.

NOTE: The keypad panic condition can be enabled through question 05, location 1.

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OMNI-408A Installation and Setup Guide

SWINGER SHUTDOWN - If selected, 3 activations of the same zone within the same arming interval do not activate the bell or the dialer. This applies only to burglary zones and 24-hr. audible zones.

For UL installations, Swinger Shutdown must not be selected.

TRANSMIT ZONE RESTORE - If enabled, this option enables the transmission of zone restores along with the system restores (AC loss, low battery, etc.). If not enabled, the ONLY restores transmitted are the system restores (see question 19, location 2).

SYSTEM DIAL DELAY - If this option is selected, all zones have capability of a 15- or 30second dial delay before reporting to the CS. Each individual zone must be enabled in questions 11-18, location 4.

QUESTION 05 KEYPAD CONDITIONS DEFAULT = 33E5

This question contains 4 locations (L1-L4).

Question 05, L1 Keypad Panic, Fire and Auxiliary Default = 3

Enter the digit for the desired system options from the table below in location L1. NOTE: The checkmarks highlight which options are selected.

Digit

0 NONE (K.P. CONDITIONS DISABLED) 1 2 3 4 5 6 7 8

9 A B C D E F

KEYPAD

PANIC

99 9

99 9 9

999

99 9 9

KEYPAD

FIRE

99 9

999

KEYPAD

AUXILIARY

KEYPAD AUXILIARY

AUDIBLE SILENT

9–6

NOTE: The Keypad Auxiliary Audible/Silent selection refers to keypad sounder only (not the bell). Keypad Fire is always Audible. Keypad Panic may be Audible or Silent, based on the choice made in question 04, location 4.

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Section 9 - System Programming

KEYPAD PANIC - If AUDIBLE, pressing the two Panic keys at the same time (or [#] [*] at the same time) annunciates the keypad sounder (STEADY SOUND) and turns on the

bell output (STEADY SOUND). If SILENT, it does not annunciate the keypad sounder and turn on the bell output. In both cases, it transmits a CS code if programmed to do so in question 20, locations 1 and 2.

KEYPAD FIRE - If selected, pressing the two Fire keys at the same time (or [7] [9] at the same time) annunciates the keypad sounder (PULSING SOUND) and turns on the bell output (PULSING SOUND). It transmits a CS code if programmed to do so in question 23, locations 1 and 2.

KEYPAD AUXILIARY - If AUDIBLE, pressing the two Aux. keys at the same time (or [1] [3] at the same time) ONLY annunciates the keypad sounder (PULSING SOUND). If

SILENT, then it does not annunciate the keypad sounder or turn on the bell output. It transmits a CS code if programmed to do so in question 23, locations 3 and 4.

Question 05, L2 Misc Options Default = 3

Enter the digit from the table below in location L2. NOTE: The checkmarks highlight which options are selected.

Digit

0 1 2 3 4 5 6 7 8 9 A

B C D E F

ARM

FAULTED

99 9

999

99 9

999

99 9 9

9999

DIALING PULSE TYPE

US EUROPEAN

999

99 9

AUTO

STAY

POOL ZONE

(ZONE 4)

ARM FAULTED - If enabled, this allows the user to arm the system independent of the status of any delay or interior zones. If the system is armed with any delay or interior zone faulted, an Exit Error occurs at the end of t h e exit time unless the faulted zones become restored.

DIALING PULSE TYPE - Specifies how this control will perform pulse dialing (U.S. Pulse or European Pulse) when CS transmissions are enabled.

European Pulse has not been tested for UL installations.

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OMNI-408A Installation and Setup Guide

AUTO STAY - If enabled, the system is always armed in the STAY mode with all interior zones enabled with the Stay option bypassed. The Stay zones become armed only if someone exits through a delay zone during the exit delay period.

POOL ZONE - If enabled, activates the Pool Zone (zone 4) when t he system is disarmed. When the system is armed, zone 4 acts like a normal delay zone and depressing one of the Pool Zone momentary switches starts the entry delay time.

Question 05 L3 Quick Commands & Quick Exit Default = E

Enter the digit from the table below in location L2. NOTE: The checkmarks highlight which options are selected.

Digit

0 1 2 3 4 5 6 7 8

9 A B C D E F

QUICK COMMANDS

QUICK FORCED

ARMING

99 9

999

9999

QUICK

ARMING

999

QUICK

BYPASS

QUICK

EXIT

9–8

QUICK FORCED ARMING - Specifies whether Quick Forced Arming ([#] [2]) is permitted. If chosen, Quick Forced Arming arms the system bypassing any faulted zones. Openings/Closings report User no. 8 to the CS if enabled.

For UL installations, do not select Quick Forced Arming.

QUICK ARMING - Specifies whether Quick Arming ([#] [1]) is permitted. If chosen, Quick Arming arms the system ONLY if the system is READY. Openings/Closings report User no. 8 to the CS if enabled.

QUICK BYPASS - Specifies whether bypassing a zone without a user code is permitted. QUICK EXIT - If enabled, this feature allows the user to exit without having to disarm,

then arm, the system. It is activated by pressing the [Stay] key while the system is armed and not in entry delay. This starts exit time, causes the keypad to beep once, and allows the

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Section 9 - System Programming

user to exit without disarming the system. The system returns to its last armed state after exit time has expired.

Question 05, L4 Rest. Foll. Loop, User On-line, Bell Test from RF Keyfobs, & User 5 Arm Default = 5

Enter the digit from the table below in location L4. NOTE: The checkmarks highlight which options are selected.

Digit

0 1 2 3 4 5 6 7 8 9 A

B C D E F

RESTORE

AFTER BELL

999

9999

RESTORE FOLLOWS

LOOP

999

99 9

999

9999

USER

ON-LINE

BELL TEST

FROM RF

KEYFOBS

USER 5

ARMS

ONLY

RESTORE AFTER BELL - Restores are transmitted after the loop has returned to normal after bell cutoff, or upon system disarming, regardless of the loop status.

RESTORE FOLLOWS LOOP - Restores are transmitted immediately upon zone restoral while the system is armed, or upon system disarm, regardless of th e loop status.

USER ON-LINE & CHIME TOGGLE ENABLE - Enables the end user command ([#] [9]) for the on-line download. This command instructs an end user on how to initiate an on-line download, possibly preventing a service call. This option also enables the user chime toggle ([#] [6]).

BELL TEST FROM RF KEYFOBS - When set, bell test on arming/disarming (refer to question 8, location 1) activates only from keyfobs. Arming/disarming from the keypad via user codes or quick function does not trip bell test.

Audible ringback automatically occurs on all alarms except silent alarms, regardless of the setting of this option.

USER 5 ARMS ONLY - If selected, then User 5 is used as an ARM-only code (Maid code); it does not disarm the system.

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OMNI-408A Installation and Setup Guide

QUESTION 06 SYSTEM TIMEOUTS DEFAULT = 6622

There are 4 locations (L1-L4) within this question, which defines various system timing options, as follows:

Question 06, L1 Entry Delay 1 Default = 6

Enter the desired entry delay time for zones 1-3. Refer to Exit/Entry Times below for valid choices. If zones 1-3 are delay zones, they follow Entry Delay 1. For UL applications, the maximum Entry Delay shall not exceed 45 seconds for household applications or 15 seconds for commercial burglary applications.

NOTE: See programming question 07, location 1 for Entry Delay 2.

Digit ENTRY TIMEOUTS

0 1 second 1 5 seconds 2 10 seconds 3 15 seconds 4 20 seconds 5 25 seconds 6 30 seconds 7 35 seconds 8 40 seconds 9 45 seconds A 50 seconds B 55 seconds C 1 minute D 1 minute 5 seconds E 1 minute 10 seconds F 3 minutes

9–10

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Section 9 - System Programming

Question 06, L2 Exit Delay Default = 6

Enter the desired exit time. NOTE: For UL applications, the maximum exit delay shall not exceed 60 seconds.

Digit EXIT TIMEOUTS

0 1 second 1 10 seconds 2 20 seconds 3 30 seconds 4 40 seconds 5 50 seconds 6 1 minute 7 1 minute 10 seconds 8 1 minute 20 seconds 9 1 minute 30 seconds A 1 minute 40 seconds B 1 minute 50 seconds C 2 minutes D 2 minutes 10 seconds E 2 minutes 20 seconds F 3 minutes

9–11

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OMNI-408A Installation and Setup Guide

Question 06 L3 Burglary Bell Cutoff Default = 2

Enter the desired bell cutoff time on alarm conditions for burglary and panic in 3-minute intervals (for example, 3 = 9 minutes). The valid range of input is 1 - F, with F indicating an infinite burglary bell cutoff time. For UL installations, the minimum bell cutoff shall be 15 minutes in commercial applications, or 6 minutes in household burglary applications.

Digit

1 3 minutes 2 6 minutes 3 9 minutes 4 12 minutes 5 15 minutes 6 18 minutes 7 21 minutes 8 24 minutes 9 27 minutes A 30 minutes B 33 minutes C 36 minutes D 39 minutes E 42 minutes FInfinite

Question 06, L4 Fire Bell Cutoff Default = 2

BURGLARY & FIRE BELL

TIMEOUTS

Using the table in question 06, location 3 to determine valid choices, enter the desired bell cutoff time for fire conditions in 3-minute intervals (for example, 3 = 9 minutes). The valid range of input is 1 - F, with F indicating an infinite fire bell cutoff time. For UL installations, the minimum fire bell cutoff time shall be 6 minutes.

QUESTION 07 MISCELLANEOUS SYSTEM OPTIONS DEFAULT = 8026

There are 4 locations (L1-L4) for system timing and system options, as follows:

Question 07 L1 Entry Delay 2 Default = 8

Using the table in question 6, location 1 to determine valid choices, enter the desired entry delay time for zones 4-8. If zones 4-8 are delay zones, then they follow entry delay 2. For UL applications, the maximum entry delay shall not exceed 45 seconds for household applications or 15 seconds for commercial burglary applications.

9–12

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Section 9 - System Programming

Question 07, L2 Remote Communications Ring Count Default = 0

Selecting from the choices below, enter a digit in location L2.

Digit

0 1 1 RING

2 2 RINGS 3 3 RINGS 4 4 RINGS 5 5 RINGS 6 6 RINGS 7 7 RINGS 8 8 RINGS

9 9 RINGS A 10 RINGS B 11 RINGS C 12 RINGS D 13 RINGS E 14 RINGS F 15 RINGS

REMOTE COMMUNICATIONS

NONE (REMOTE COMMUNICATIONS DISABLED)

RING COUNT

REMOTE COMMUNICATIONS RING COUNT - is the number of rings required for the control panel to pick up and begin a remote communications session. Select a value that does not interfere with normal operation of the panel. The default value is 12 rings.

NOTE: A value of 0 means that remote connect is disabled.

Question 07, L3 CS Test Time Interval Default = 2

Digit

24 HOURS WEEKLY 27 DAYS 60 DAYS 90 DAYS TIME EVENT

0 NONE (CS TEST DISABLED) 1 2 3 4 5 9 A

B C D

9 9

CS TEST TIME INTERVAL CS TEST RESET BY

9–13

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OMNI-408A Installation and Setup Guide

CS TEST TIME INTERVAL - There are 2 modes of test transmission for th e CS Test Time Interval. One mode is reset by an event and the other mode operates only by time, as described below. Enter the CS code in question 21, locations 3 and 4.

CS TEST BY EVENT - If this feature is enabled, the system transmits the Test code to the central station at the interval selected, in the absence of any other signal. Select from daily (24-hour), weekly, 27 days, 60 days, or 90 days. Transmission of any signal resets the CS Test clock. For example, if a business opens a nd closes 6 days a week, then a test signal is generated at the interval selected after the last closing signal.

CS TEST BY TIME - If this feature is enabled, the system transmits the Test code to the central station at the interval selected. Select from daily (24-hour), weekly, 27 days, 60 days, or 90 days. For example, if a 24-hour CS Test is selected, the CS Test signal is sent to the central station every 24 hours.

The CS Test Time Interval feature must be selected for UL installations.

Question 07, L4 RF Trouble Sounder, AC Loss Sounder & Euro. Ring Detect Default = 6

Digit

0NONE 1 2 3 4 5 6 7 8

9 A B C D E F

RF PROGRAM

USING BYPASS KEY

999

99 9

999

9999

RF TROUBLE

SOUNDER

999

AC LOSS

SOUNDER

EUROPEAN

RING DETECT

9–14

RF PROGRAMMING ACCESS USING THE BYPASS KEY - Allows the installer to select the procedure for accessing the RF program questions in Installer programming mode. If the bit is NOT enabled, the procedure for RF programming requires pressing the [*] key followed by the [#] key followed by the 2-digit RF question number to access the RF questions. If the bit IS enabled, the procedure now is to press the [Bypass] key followed by the 2-digit RF question number.

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Section 9 - System Programming

RF TROUBLE SOUNDER - Choosing this option causes the keypad sounder to pulse until either a valid user is entered or the trouble is restored, in the case of a low battery or supervision.

AC LOSS SOUNDER - Choosing this option causes the keypad sounder to pulse after a 15minute AC power loss.

EUROPEAN RING DETECT - Select this option only if the system uses a European telephone system. This option changes the ring detection frequency used for Automat ic Answer mode for remote (downloading) purposes only, according to the programmed ring count (see programming question 07, l ocation 2). If you choose this option, the ring detection frequency range is 10 - 90Hz. If not, the frequency range is 16 - 90Hz.

QUESTION 08 SYSTEM OPTIONS, KEYPAD DISPLAY, ARMING FEATURES, PAGER EVENTS DEFAULT = 00C0

There are 4 locations (L1-L4).

Question 08, L1 Bell Ring on Cancel, Arm Bell Test, Disarm Bell Test, & Be ll Test Chirp Default = 0

Digit

A B C D E F

BELL RING ON CANCEL - Choosing this option causes the bell to ring for 1 second after kissoff of cancel to central station.

BELL RING

ON CANCEL

0NONE 1 2 3 4 5 6 7 8 9

999

99 9

999

9999

ARM BELL

TEST

999

DISARM

BELL TEST

CHIRP

ARMING BELL TEST - Choosing this option causes, two 1-second bell outputs when system arms (or a double chirp if the Bell Test Chirp option is selected).

DISARM BELL TEST - Choosing this option causes, a 1-second bell outp ut when system disarms (or a single chirp if the Bell Test Chirp option is selected).

BELL TEST CHIRP - This option is for use with sirens that respond quickly to an output. If selected, this option shortens both the Arming Bell Test (double chirp) and Disarm Bell Test (single chirp) from a 1-second to a 100-mS output.

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OMNI-408A Installation and Setup Guide

Question 08, L2 Instant Led Pulse, Open/Close Users 4/12, Temporal Bell Default = 0

Digit

0 None 1 2 3 8 9 A B

INSTANT LED PULSE - Choosing this option causes the Instant LED to reflect the CS monitoring status. When selected, by either the installer or a download, a pulsing Instant LED indicates to the user that the CS is not monitoring their account.

All dialer functions are maintained, regardless of whether the Instant LED Pulse option is selected or not.

O/C USERS 4/12 - If this option is selected (along with other open and close codes programmed), only keypad (User code 4) and keyfob 4 (User code 12) can report open and close signals. No other keypad or keyfob will report to the CS.

INSTANT LED

PULSE

O/C USERS 4 / 12 TEMPORAL

BELL

99 9

TEMPORAL BELL - If this option is selected, the fire bell becomes temporal: 500mS on/500mS off/500mS on/500mS off/1 second off. The temporal output option is available for fire conditions. If not selected, the fire bell output will be pulse.

9–16

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Section 9 - System Programming

Question 08, L3 Arm Instant, Arming Stay Instant, Instant Key Arms Away, Stay Key Arms Stay Default = C

Digit

0 1 2 3 4 5 6 7 8

9 A B C D E

ARM INSTANT

ENABLE

99 9

999

99 99

ARM STAY/

INSTANT

ENABLE

999

INSTANT KEY -

ARMS AWAY

STAY KEY -

ARMS STAY

ARM INSTANT ENABLE - If selected, this option allows the system to be armed in the Instant mode.

NOTE: If the [Instant] key is also enabled to Arm Away, only a keyfob can be programmed to Arm Instant. This option must be selected to allow the keyfob to arm in this mode.

ARM STAY/INSTANT ENABLE - If selected, this option allows the system to be armed in the Stay/Instant mode.

NOTE: If the [Instant] or [Stay] keys are programmed to arm the system, only a keyfob can be used to enable the system in this mode. This option must be selected to allow the keyfob to arm in this mode.

INSTANT KEY - ARMS AWAY - If this option is selected, pressing the [Ins tant] key on the keypad will arm the system in the Away mode.

NOTE: To use this option, Quick Arming must be enabled in question 05, location 3. STAY KEY - ARMS STAY - If this option is selected, pressing the [Stay] key on the keypad

will arm the system in the Stay mode. NOTE: To use this option, Quick Arming must be enabled in question 05, location 3.

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OMNI-408A Installation and Setup Guide

Question 08, L4 Pager Events Default = 0

Digit ALARMS TROUBLES OPEN CLOSE

0 None

9 A B C D E

999

99 9

999

9999

999

NOTE: Pager alarms are limited to zone alarms only. Pager troubles are limited to zone troubles only (fire trouble, day trouble, 24-hr trouble).

NOTE: The quick command Toggle Pager ([#] [8]) enables and disables the ability to send pager openings and closings.

QUESTION 09 ACCOUNT NUMBER 1 DEFAULT = 1234

Enter the 3- or 4-digit subscriber account number for central station phone number 1. If a 3digit number is used, then enter an “A” as the fourth digit. Valid entries are 0-9, and B-F. The value “A” is interpreted as the null value for account numbers.

QUESTION 10 ACCOUNT NUMBER 2 DEFAULT = AAAA

Enter the 3- or 4-digit subscriber account number for central station phone number 2. If a 3digit number is used, then enter an “A” as the fourth digit. Valid entries are 0-9, and B-F. The value “A” is interpreted as the null value for account numbers. If the second phone number is not used, this question can be left as factory-defaulted.

THIS ACCOUNT NUMBER MUST BE ENTERED IF YOU HAVE PROGRAMMED A SECOND RECEIVER PHONE NUMBER FOR BACKUP, SPLIT REPORTING, OR PAGER FOLLOW-ME.

9–18

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Zone Programming

Questions 11-18 represent all the options related to programmable zones 1-8. Each question contains 4 locations, L1-L4. The first 2 locations (L1 and L2) define the zone type and options. The second 2 locations (L3 and L4) define the Alarm code transmitted to the central station for that zone.

Zone Types

You can program Zones 1-8 for any one of the zone types in the following table:

L1, L2

Digits

10 11 12 13 14 15 18

19 1A 1B

1C 1D

20 21 24 25 40 41 44 45 48 49

4C 4D

Section 9 - System Programming

BURGLARY (CONTROLLED) ZONES

ZONE TYPE ZONE OPTIONS

INSTANT

(PERIMETER)

9 99 99 999 99 999 9 9 999 999 9 999 999 9999

DELAY

(EXIT/ENTRY)

9 99 99 999

INTERIOR

FOLLOWER

9 99 99 99 9 99 999 99 9 99 99

CHIME DAY

None (Instant Zone w/o Options)

None (Delay Zone w/o Options)

None (Interior Zone w/o Options)

BYPASS

IN STAY

DIALER

DELAY

9–19

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OMNI-408A Installation and Setup Guide

Burglary (Controlled) Zones

DELAY - This is the industry standard exit/entry zone. When the system is armed, exit time begins. After the exit time expires, any violation of this zone begins entry time. If the system is not disarmed within the programmed entry time, an alarm occurs. The keypad sounder annunciates steadily during entry time, unless there has been an alarm condition, in which case it pulses. Delay zones activate instantly when the system is armed using the Stay/Instant mode, if enabled. Delay zones employ the Exit Error Warning feature described below.

INTERIOR - All interior zones have exit delay time upon system arming. Furthermore, all interior zones have entry delay time if a delay zone is violated first. If this zone is violated first, however, it generates an immediate alarm. Interior zones are bypassed if the system is armed in the Stay mode. Interior zones employ the Exit Error Warning feature described in the note below.

PERIMETER - This zone type (sometimes known as Instant) generates an alarm when violated while the system is armed.

EXIT ERROR WARNING - When a user code is entered to arm the system, the burglary bell and keypad sounder are turned on during the entry and exit times.

Burglary Zone Options

RESTORE - This option is selected for all burglary zones by enabling the Restore report code (question 19, location 2) and enabling zone Restores in question 04, location 4. The programmed Restore code will be reported upon bell cutoff, assuming the loop is restored, unless Restore Follows Loop is selected in question 05, location 4. The Restore code will also be reported if the system is disarmed during an alarm.

NOTE: Restore is not selectable by zone. BYPASS IN STAY - This option allows zones to be bypassed when the system is armed in

the Stay mode. CHIME - If this option is selected, the keypad sounder will annunciate for 1 second when

this zone is violat ed in the disarmed mode. DIALER DELAY - If this option is selected, the system will allow a 15-second delay (or 30

seconds, as per question 04, location 4) before dialing, allowing the end user to abort the transmission. If this option is not selected, any alarm condition results in an immediate transmission that cannot be aborted.

For UL installations, Dialer Delay may not be used.

DAY FEATURE - If a zone with this option is violated while the system is disarmed, the keypad sounder and zone LED pulse for as long as the violation remains. In addition, if the violation remains for 15 seconds, the System Trouble Code is transmitted to the central station. The sounder can be silenced through entry of any valid user code. While the system is armed, a day zone acts as an alarm when violated.

9–20

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Zones 1-8 can be programmed for any one of the following 24-hour zone types:

24-Hour Zones

FIRE - Fire zones on the system contain Fire Verification Logic. Upon detection of the first violation, smoke detector power is reset for a period of 8 seconds. After this time period, power is restored. For 5 seconds the fire zone will not be scanned, allowing the smoke detectors to settle. Future violations within a 2-minute period will result in a pulsing bell output, rapid pulsing zone LED, and immediate transmission to the central station. Fire signals cannot be aborted.

Entry of any valid user code silences the sounder and bell, and resets smoke detector power. If the system detects that the fire zone is still violated within 2 minutes after power reset, the zone LED pulses slowly to indicate a fire trouble. Thereafter, smoke detector power is reset every 4 minutes automatically in an attempt to clear the fire zone.

L1, L2 Digits

81 82 84 89

Section 9 - System Programming

24-HOUR ZONES

ZONE TYPE ZONE OPTIONS

24-HOUR

ALARM

FIRE

24-HOUR

TROUBLE

AUDIBLE SILENT

Always Audible

In the event the fire zone experiences an Open, the system indicates fire trouble by pulsing the keypad zone LED and sounder slowly. The system Trouble code (followed by the Zone code) is reported to the central station

The keypad sounder can be silenced through entry of any valid user code.

NOTE: Fire zones cannot be byp as sed . 24-HOUR ALARM - This zone type is always active, independent of the system arming

status. Programming options include audible (steady bell) or silent (no bell or keypad indications). Upon violation, the zone LEDs pulses rapidly (audible zones only) and an immediate central station transmission occurs which cannot be aborted.

24-Hour Alarm zones can be bypassed; however, they cannot be unbypassed if a violation exists on the zone terminals.

24-HOUR TROUBLE - This zone type is always active, independent of the system arming status. Programming options include audible (pulsing keypad sounder) or silent. Upon violation, the zone LED pulses slowly. Trouble condition must exist for 15 seconds before a transmission will occur. The keypad display and sounder clears upon zone restoral.

24-Hour Trouble zones can be bypassed; however, they cannot be unbypassed if a violation exists on the zone terminals.

NOTE: 24-hour Trouble is not to be used for Fire and Burglary Detection zones. 24-Hour Silent Alarm zones are not to be used for perimeter protection. THE SOUNDER MAY BE SILENCED THROUGH ENTRY OF ANY VALID USER CODE.

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OMNI-408A Installation and Setup Guide

Zone Alarm Codes

As specified previously, locations L3 and L4 of the zone quest ions represent the Alarm code that is reported to the central station.

NOTE: Zones transmit to the central station unless these digits are defined as AA for any individual zone; or unless the local dialer option is selected for all zones in question 04, location 3.

Based on the dialer format selected, enter the Alarm code as follows:

STANDARD FORMAT (3X1 or 4X1): Enter the desired single-digit Alarm code in location L3 for the specific zone. The value placed in L4 is not used.

EXTENDED (3X1 Ext. or 4X1 Ext.): Enter the desired first digit of the Alarm code for the specific zone in location L3. Enter the second digit in L4.

PARTIAL EXTENDED (3X1 Part. Ext. or 4X1 Part. Ext.): Enter the desired digit in both locations L3 and L4 for the specific zone. This generates a single-digit transmission for alarms and troubles (the second digit is not used) and an extended transmission for all system conditions such as restores, bypasses, openings/closings, etc. (the second digit is used).

3X2 or 4x2: Enter the desired first digit of the Alarm code in location L3 and the second digit in L4 for the specific zone. Both digits are used for all transmissions.

ADEMCO 4X2 EXPRESS: Enter the desired first digit of the Alarm code into the first location and the second digit into the second location.

ADEMCO POINT ID (PID) Format: The digit entered in the first location selects the PID Event code to be transmitted; refer to Appendix A for the PID Event Codes to be selected.

The selections on the charts below are used to disable supervision for each zone.

For more information on CS Reporting Formats, refer to Appendix A at the back of this guide.

QUESTIONS 11 - 18 ZONES 1 - 8

There are 4 locations (L1-L4) within each of these questions that define the operation of the zones. Enter a 2-digit number in locations L1 and L2 from the zone chart for the desired zone type. Enter the desired Alarm code in locations L3 and L4 for this zone based on the dialer format selected.

QUESTION 11 ZONE 1 TYPE & CS CODE DEFAULT = 2061

Question 11, L1 & L2 - Zone 1 Type Default = 20 Question 11, L3 & L4 - CS Code for Zone 1 Default = 61

Zone 1 = Delay (Entry/Exit) w/CS Reporting code = 61

QUESTION 12 ZONE 2 TYPE & CS CODE DEFAULT = 4142

Question 12, L1 & L2 - Zone 2 Type Default = 41 Question 12, L3 & L4 - CS Code for Zone 2 Default = 42

Zone 2 = Interior Follower w/CS Reporting code = 42

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Section 9 - System Programming

QUESTION 13 ZONE 3 TYPE & CS CODE DEFAULT = 1033

Question 13, L1 & L2 - Zone 3 Type Default = 10 Question 13, L3 & L4 - CS Code for Zone 3 Default = 33

Zone 3 = Instant (Perimeter) w/CS Reporting code = 33

NOTE: If zones 1 - 3 are programmed as DELAY zones, they follow ENTRY DELAY

1. If zones 4 - 8 are programmed as DELAY zones, they follow ENTRY DELAY 2.

QUESTION 14 ZONE 4 TYPE & CS CODE DEFAULT = 1034

Question 14, L1 & L2 - Zone 4 Type Default = 10 Question 14, L3 & L4 - CS Code for Zone 4 Default = 34

Zone 4 = Instant (Perimeter) w/CS Reporting code = 34

QUESTION 15 ZONE 5 TYPE & CS CODE DEFAULT = 1035

Question 15, L1 & L2 - Zone 5 Type Default = 10 Question 15, L3 & L4 - CS Code for Zone 5 Default = 35

Zone 5 = Instant (Perimeter) w/CS Reporting code = 35

QUESTION 16 ZONE 6 TYPE & CS CODE DEFAULT = 1036

Question 16, L1 & L2 - Zone 6 Type Default = 10 Question 16, L3 & L4 - CS Code for Zone 6 Default = 36

Zone 6 = Instant (Perimeter) w/CS Reporting code = 36

QUESTION 17 ZONE 7 TYPE & CS CODE DEFAULT = 1037

Question 17, L1 & L2 - Zone 7 Type Default = 10 Question 17, L3 & L4 - CS Code for Zone 7 Default = 37

Zone 7 = Instant (Perimeter) w/CS Reporting code = 37

QUESTION 18 ZONE 8 TYPE & CS CODE DEFAULT = 1038

Question 18, L1 & L2 - Zone 8 Type Default = 10 Question 18, L3 & L4 - CS Code for Zone 8 Default = 38

Zone 8 = Instant (Perimeter) w/CS Reporting code = 38

QUESTION 19 CS CODES for AMBUSH and AC LOSS DEFAULT = AABA

There are 4 locations (L1-L4) in this question as follows:

Question 19, L1 & L2 - Ambush Code Default = AA

If an Ambush code is defined, User no. 6 is the Ambush code. The same rules apply here regarding dialer format. If transmission is not desired, program AA in locations L1 and L2.

NOTE: Ambush transmissions are immediate and not abortable.

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OMNI-408A Installation and Setup Guide

Question 19, L3 & L4 - AC Loss Code Default = BA

The same rules apply here regarding dialer format. If transmission is not desired, program AA in locations L3 and L4.

NOTE: AC loss is reported 15 minutes after detection.

QUESTION 20 CS CODES for PANIC and LOW BATTERY DEFAULT = 8ACA

There are 4 locations (L1-L4) in this question:

Question 20, L1 & L2 - Panic Code Default = 8A

The same rules for programming regarding dialer format apply here. If transmissions are not desired, program AA in locations L1 and L2.

NOTE: Panic transmissions are immediate and not abortable.

Question 20, L3 & L4 - Low Battery Code Default = CA

The same rules for programming regarding dialer format apply here. If transmissions are not desired, program AA in locations L3 and L4. Low-battery transmissions are reported 4 minutes after detection. Low-Battery Restore Code is reported within 4 minutes after detection of good battery condition.

QUESTION 21 CS CODES for OPEN/CLO SE and CS TEST DEFAULT = AA1A

There are 4 locations (L1-L4) in this question:

Question 21, L1 - Opening Code Default = A Question 21, L2 - Closing Code Default = A

L1 is the single-digit Opening code. L2 is the single-digit Closing code. Entry of AA into these two locations means that openings and closings are not desired. If a dialer format other than standard is programmed, the second digit transmitted is the user number.

Question 21, L3 & L4 - CS Test Code Default = 1A

L3 - L4 is the CS Test code. The CS Test code is transmitted at the interval selected in question 07, location 3.

NOTE: Any digit entered is transmitted unless CS Test is disabled; to disable CS Test, see question 07, location 3.

QUESTION 22 CS CODES for BYPASS, RESTORE, TROUBLE and CANCEL DEFAULT = A1FA

There are 4 locations (L1-L4) in this question:

Question 22, L1 - Bypass Code Default = A

L1 is the single-digit system Bypass code that upon arming is reported to the central station if a zone is bypassed. Entry of an “A” means that bypasses are not to be transmitted. If a 2-digit dialing format has been selected, the Bypass code is followed by the programmed second digit of the Zone code.

Question 22, L2 - Restore Code Default = 1

L2 is the single-digit system Restore code reported to the central station. Restores are reported for all burglary or 24-hour zones by enabling this code (digits 0-9, B-F), and enabling zone restores in question 04, location 3. Entry of an “A” means that restores are not to be transmitted. If a 2-digit dialer format has been programmed the Restore code is followed by the programmed second digit of the Zone code.

9–24

NOTE: Restore is not selectable by zone.

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Section 9 - System Programming

Question 22, L3 - Trouble Code Default = F

L3 is the single-digit system Trouble code reported to the central station. This code is reported on day trouble and fire trouble. If a 2-digit format has been programmed this code is followed by the second digit of the respective Zone code.

Question 22, L4 - Cancel Code Default = A

L4 is the single-digit system Cancel code reported to the central station. This code is sent if a user code is entered after a violation of a controlled zone. If the zone is still violated, entry of a user code transmits the Cancel code. If the zone is programmed for restoral, then the Restore code is transmit ted when the loop status has returned to normal. Entry of an “A” in this field indicates that Cancel codes are not transmitted. In formats requiring 2 digits, the user number functions as the second digit.

QUESTION 23 CS CODES for KEYPAD FIRE and KEYPAD AUXILIARY DEFAULT = 2AAA

There are 4 locations (L1-L4) in this question:

Question 23, L1 & L2 - Keypad Fire Code Default = 2A

L1 and L2 are the Alarm code that is transmitted upon activation of the Keypad Fire condition (pressing the two Fire keys or the [7] [9] keys on the keypad). This code can vary from any of the zones that are programmed as Fire.

Question 23, L3 & L4 - Keypad Auxiliary Code Default = AA

L3 and L4 are the code transmitted to the CS for Keypad Aux. condition (pressing the two Aux. keys or [1] [3] from the keypad).

NOTE: These keypad emergency conditions are optional and can be enabled within question 05 of the programming sequence. If either or both of these transm issions are not desired, program their respective locations as “AA.”

QUESTION 24 CS CODES RF LOW BATTERY & SUPERVISION DEFAULT = 1111

There are 4 locations (L1-L4) in this question:

Question 24, L1 - RF Low Battery Code Default = 1 Question 24, L2 - RF Low Battery Restore Default = 1 Question 24, L3 - RF Supervisory Default = 1 Question 24, L4 - RF Supervisory Restore Default = 1

NOTE: In any question 24 location, if a 2-digit format has been programmed, the second digit of the respective Zone code follows this code.

QUESTION 25 CS CODES BELL SUPERVISION & TAMPER DEFAULT = 1A11

There are 4 locations (L1-L4) in this question:

Question 25, L1 & L2 - Bell Supervision Code Default = 1A Question 25, L3 - RF Tamper Code Default = 1 Question 25, L4 - RF Tamper Reset Default = 1

NOTE: In any question 25 location, if a 2-digit format has been programmed the second digit of the respective Zone code follows this code.

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OMNI-408A Installation and Setup Guide

QUESTION 26 RF ZONES DEFAULT = 00A8

There are 4 locations (L1-L4) in this question:

Question 26, L1 - RF Zones 5-8 Default = 0 Question 26, L2 - RF Zones 1-4 Default = 0

L1 - RF Zones 5-8 L2 - RF Zones 1-4

Digit

8765

RF ZONES RF ZONES

0 None 0 None (Zones 1-4 are hardwired) 1 2 3 4 5 6 7 8 9 A B C D E F

9 99999 99 999 99 99 9 999 9999

9 99 99 999

9 9 99

Digit

1 2 3 4 5 6 7 8

A B C D E F

4321

9 9 99

9 99 99 999

99 999 99 99 9 999 9999

9–26

RF zone numbers must begin after assigned hardwired zone numbers. For example, if zones 1 through 4 were hardwired, the first RF zone number assigned is 5.

Any zone using an RF point must be enabled in this question so that the system knows where to look for zone data.

To disable a RF point that has been previously programmed:

1. Remove the RF enable for the appropriate zone in question 26; and

2. Make the first 2 digits in the RF programming for that zone “00.”

Question 26, L3 - Disable Account Default = A

This option is enabled when L3 is set to D. All other entries for L3 will not enable this option. While this option is enabled, the system does not arm; and the Reporting code is transmitted, with user number trying to arm (if the dialer format requires it), to the CS. If the format is CID, the code for this event is 551 (Dialer Disabled Event code).

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Section 9 - System Programming

Question 26, L4 - Pager Options / Exit Bypass Default = 8

For additional pager options refer to question 08, location 4.

Refer to the chart below to select the following options.

ENABLE #58

Digit

0 None 1 2 3 4 5 6 7 8

9 A B C D E

999

99 9

999

9999

PAGER

OPEN/CLOSE

USER SELECT

999

PAGER 2

ATTEMPTS

EXIT BYPASS

#58 COMMAND: When selected, enables users (1-6) to access the #58 quick command to change the Pager Follow-Me phone number.

PAGER OPEN/CLOSE USER SELECT: Selects whether user codes 1-6 or 4-6 only are authorized for pager openings and closings. If the bit for pager openings and closings is set and this user bit is not set, then all users are enabled for opening and closing pager. With this user bit set, the open/close pager capabilities are limited to users 4-6 only. The Pager Toggle ([#] [8]) quick command feature gives any user the ability to toggle on/off the ability for open/close events, if the events are enabled, by tripping the pager.

NOTE: Keyfob users are considered 9-14 and a re not affected by this option. PAGER ATTEMPTS: Selects the number of attempts for dialing the Pager Follow-Me

phone number. If the bit is set, 2 attempts are made. If the bit is not set, then 1 attempt is made.

EXIT BYPASS: The Exit Bypass feature disables the Exit Error feature. When selected, any delay zone or interior that is violated at the end of exit time is bypassed for that armed period.

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OMNI-408A Installation and Setup Guide

QUESTION 27 NONSUPERVISED/TAMPER RF ZONES DEFAULT = 0000

There are 4 locations (L1-L4) in this question:

Question 27, L1 & L2 - Nonsupervised RF Zones Default = 00

Select the RF zones not to be supervised. This refers to wireless transmitters that will be removed from the premises and will be out of the receiver's range. To avoid generating CS transmissions (RF point supervisory), they MUST NOT be supervised. Select the nonsupervised RF zones from the tables below.

NOTE: The checkmarks indicate which points are selected. Keyfobs are not included.

L1 - Nonsupervised Zones 5-8 L2 - Nonsupervised Zones 1-4

Digit

0 None (All RF Zones Supervised) 0 None (All RF Zones Supervised) 1 2 3 4 5 6 7 8 9 A B C D

NONSUPERVISED ZONES NONSUPERVISED ZONES

8765

9 99 99

99 9 9 99999 99 999 99 99 9

9 9 99

Digit

1 2 3 4 5 6 7 8

A B C D

43 2 1

9 9 99

9 99 99 999

99 999 99 99 9

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Section 9 - System Programming

Question 27, L3 & L4 - Tamper Disable RF Zones Default = 00

From the tables below, select the RF Zones where tamper is to be disabled. NOTE: The checkmarks indicate which points are selected.

L3 - Tamper Disable Zones 5-8 L4 - Tamper Disable Zones 1-4

Digit

TAMPER DISABLED ZONES TAMPER DISABLED ZONES

8765

0 None (All Zones Enabled) 0 None (All Zones Enabled) 1 2 3 4 5 6 7 8

9 A B C D E F

9 99999 99 999 99 99 9 999 9999

9 99 99 999

9 99

Digit

1 2 3 4 5 6 7 8

A B C D E F

4321

99 9 99 99 999

99 999 99 99 9 999 9999

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OMNI-408A Installation and Setup Guide

QUESTION 28 TRIGGERS 1 & 2 DEFAULT = 0A00

The control panel contains 2 voltage level output triggers. Triggers 1 and 2 are selected in this question. To select a trigger type, enter in either L1 and L2 or L3 and L4, the 2 digits representing the desired trigger type for each output trigger. Certain triggers can be selected as Noninverting or Inverting (see description below). Consult the table below to determine the trigger types available.

Question 28, L1 & L2 - Define Trigger #1 Default = 0A Question 28, L3 & L4 - Define Trigger #2 Default = 03

NOTE: If the trigger is unused, enter “00”.

Digits

NON-

INVERT

00 N/A

01 N/A

02 22 Two-Way Voice See below 03 23 Burglary Bell on Follows burglary bell timer 04 24 Ready Follows READY LED; used for keyswitch 05 25 Armed Follows ARM LED; used for keyswitch 06 26 Exit Time On during exit time 07 27 Entry Time On during entry time 08 28 Fire-Only Latch On w/fire bell, off w/code

09 29 Burglary-Only Latch On w/burglary bell, off w/code 0A 2A Strobe (see note below) On steady w/burglary bell, pulse w/fire bell 0B 2B Panic Alarm Follows keypad panic 0C 2C Shock Asterisk Reset Asterisk “*” activates for 2-6 seconds 0D 2D Duress Pulses for 2-6 seconds following entry of

0E 2E RF Trouble Active if any RF zone is in supervision or low

0F N/A RF Button Toggle

10 30 Alarm/Restore

11 31 Chime Active when a zone programmed with chime

12 32 Keypad Sounder Active when keypad sounder activates

13 33 RF Momentary Active when keyfob momentary Trigger 1 or

INVERT

Smoke Power (Trigger #1 Only)

Smoke Power - No Verification

TRIGGER TYPE

DEFINITION

DESCRIPTION OF OPERATION

Used in fire verification to reset smoke power

Used to power smoke detectors with no verification

Duress code

battery, or the bell is in supervision Any keyfob button can toggle this trigger;

intended for lighting control Active on any zone alarm. Inactive on alarm

restore

activates

2 activates

9–30

NOTE: The trigger selection for "strobe" follows the same timing as selected in the bell test option (chirp/non-chirp) (question 08, location L1). This is in addition to its normal operation of a latched output on alarm that is reset after the system is disarmed.

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Section 9 - System Programming

TWO-WAY VOICE - This trigger activates when line seizure occurs if the event is any of the following: burglary, fire, duress, keypad panic, keypad fire, or keypad auxiliary. It does not activate for CS test, openings/closing, tr ouble, bypass, cancel, or restore. It deactivates about 1 second before disconnecting the telephone line. Also, at the time of release, keypad sounders are silenced for the remaining duration of the bell output cycle. The bell times out or a valid user code terminates.

NOTE: The trigger outputs are limited to approximately 50mA each. NONINVERT TRIGGER - The trigger output (positive to negative) is normally floating,

and actively sinks (becomes a negative) on activation. INVERT TRIGGER - The trigger output (positive to negative) is normally sinking

(negative with respect to positive), and actively floats on activation.

QUESTION 29 CS TEST TIME DEFAULT = 0200

If the control panel transmits a system test at a specific time of day, enter the hour and minute in military time (24-hour clock) as follows:

Question 29, L1 & L2 - Hour of Day (00 - 23) Default = 02

Enter the hour of the day in military time: 12 A.M. - 12 P.M. (00 - 23). NOTE: Quick Rule: 00 = Midnight; for times after 12 noon, add 12 hours to obtain the

hour.

Question 29, L3 & L4 - Minute within Hour (00 - 59) Default = 00

Example: To transmit at 5:30 PM, enter a 17 into L1 and L2 and 30 into L3 and L4.

NOTE: The CS Test Interval is selected in question 07, location 3, and is enabled in question 21, locations 3 and 4.

QUESTION 30 CID GROUP NUMBER DEFAULT = AAAA

Question 30, L1 & L2 - Account 1 Group Number Default = AA Question 29, L1 & L2 - Account 2 Group Number Default = AA

This question contains the group number that is to be sent in Contact ID format. L1 and L2 contain the group number that is sent when account number 1 is used. L3 and L4 contain the group number that is sent when account number 2 is used.

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QUESTION 31 RF REMOTE KEYFOB 1 BUTTON DEFINITIONS DEFAULT = 0000

Question 31, L1 - RF Remote Keyfob 1 Button 1 Default = 0 Question 31, L2 - RF Remote Keyfob 1 Button 2 Default = 0 Question 31, L3 - RF Remote Keyfob 1 Button 3 Default = 0 Question 31, L4 - RF Remote Keyfob 1 Button 4 Default = 0

In locations L1-L4, enter the digit for the desired system options from the table b elow.

Digit BUTTON OPERATION EXPLANATION

0 Disabled Not working 1 Disarm Pressing Button Disarms System 2 For c e Arm Pressing Button Arms Syst em 3 For ce Stay Ar m Pressing Button Arms System in Stay Mode 4 For ce Instant Arm Pressing Button Ar ms Sy st em in Inst ant Mod e 5 For ce Stay/I ns tant Ar m Pressing Button Ar ms Sy st em in Stay/Ins t ant Mode 6 Keypad Fire Pressing Button Activates Keypad Fire 7 Keypad Panic Pressing Button Activa tes Keypad Panic 8 Keypa d Aux Pressing Button Ac tiv a tes Keypad Aux 9 Toggle Trigger 1 Pressing Button Activates Trigger 1 A Toggle Trigger 2 Pressing Button Activates Trigger 2 B Momentary Trigger 1 Pressing Button Momentarily Activates Trigger 1 C Momentary Trigger 2 Pressing Button Momentarily Activates Trigger 2

3 2

4 1

5804 KEYFOB

4 1

5801 KEYFOB

5803 KEYFOB 5802MN KEYFOB

Figure 6. Keyfob Buttons

QUESTION 32 RF REMOTE KEYFOB 2 BUTTON DEFINITIONS DEFAULT = 0000

Question 32, L1 - RF Remote Keyfob 2 Button 1 Default = 0 Question 32, L2 - RF Remote Keyfob 2 Button 2 Default = 0 Question 32, L3 - RF Remote Keyfob 2 Button 3 Default = 0 Question 32, L4 - RF Remote Keyfob 2 Button 4 Default = 0

In locations L1-L4, enter the digit for the desired system options from the table a bove. See Figure 6 for keyfob buttons.

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Section 9 - System Programming

QUESTION 33 RF REMOTE KEYFOB 3 BUTTON DEFINITIONS DEFAULT = 0000

Question 33, L1 - RF Remote Keyfob 3 Button 1 Default = 0 Question 33, L2 - RF Remote Keyfob 3 Button 2 Default = 0 Question 33, L3 - RF Remote Keyfob 3 Button 3 Default = 0 Question 33, L4 - RF Remote Keyfob 3 Button 4 Default = 0

In locations L1-L4, enter the digit for the desired system options from the table a bove. See Figure 6 for keyfob buttons.

QUESTION 34 RF REMOTE KEYFOB 4 BUTTON DEFINITIONS DEFAULT = 0000

Question 34, L1 - RF Remote Keyfob 4 Button 1 Default = 0 Question 34, L2 - RF Remote Keyfob 4 Button 2 Default = 0 Question 34, L3 - RF Remote Keyfob 4 Button 3 Default = 0 Question 34, L4 - RF Remote Keyfob 4 Button 4 Default = 0

In locations L1-L4, enter the digit for the desired system options from the table a bove. See Figure 6 for keyfob buttons.

QUESTION 35 RF REMOTE KEYFOB 5 BUTTON DEFINITIONS DEFAULT = 0000

Question 35, L1 - RF Remote Keyfob 5 Button 1 Default = 0 Question 35, L2 - RF Remote Keyfob 5 Button 2 Default = 0 Question 35, L3 - RF Remote Keyfob 5 Button 3 Default = 0 Question 35, L4 - RF Remote Keyfob 5 Button 4 Default = 0

In locations L1-L4, enter the digit for the desired system options from the table a bove. See Figure 6 for keyfob buttons.

QUESTION 36 RF REMOTE KEYFOB 6 BUTTON DEFINITIONS DEFAULT = 0000

Question 36, L1 - RF Remote Keyfob 6 Button 1 Default = 0 Question 36, L2 - RF Remote Keyfob 6 Button 2 Default = 0 Question 36, L3 - RF Remote Keyfob 6 Button 3 Default = 0 Question 36, L4 - RF Remote Keyfob 6 Button 4 Default = 0

In locations L1-L4, enter the digit for the desired system options from the table a bove. See Figure 6 for keyfob buttons.

QUESTION 37

CS CODES: EXIT PROGRAM, EXIT ERROR, RECENT PANIC Default = AAAA

Question 37, L1 -L2 Exit Programming CS Code Question 37, L3 - Exit Error CS Code Question 37, L4 - Recent Panic CS Code

EXIT PROGRAM CS REPORTING - The Exit Program CS Reporting feature is enabled by placing an event code in question 37, locations 1 and 2. A letter "A" in location 1 disables the feature. Once enabled, this code is sent ONLY upon exiting keypad programming, by pressing the [Stay] [1] [3] (default), or [7] [9] (user default) keys. The feature is NOT affected by the following: remote upload/download, power down/up, hardwire default, system reset, and entering or exiting other installer modes such as walk test, unattended, and online download.

EXIT ERROR CS REPORTING - The Exit Error CS Reporting feature is enabled in question 37, location 3. A letter "A" disables the CS report. During an exit error, this code is sent after the control panel's entry time expires and the zone goes into alarm. If the system is

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disarmed before entry time expires, the Exit Error code is not sent. If an alarm results, the zones Alarm code is sent before the Exit Error code.

RECENT PANIC CS REPORTING - This feature is intended to reduce false alarms. Enable this feature by placing a CS Report code other than "A" in question 37, location 4. This feature involves only the use of the Model 5804 RF key. This CS code is sent if a (5804) panic alarm occurs followed within 1 minute by a (5804) arm/disarm type event. The 5804 arm/disarm programmable events include disarm, force arm, force stay arm, force instant arm, and force stay/instant arm.

Tripping an RF panic starts the 1-minute timer. At this time, the control panel attempts to send a keypad panic. If an RF arm or disarm event occurs within 1 minute, the panel sends the Recent Panic CS code upon the execution of the RF arm or disarm.

NOTE: Subsequent RF arms or disarms will not cause additional Recent Panic CS transmissions.

If the 1-minute timer expires without an RF arm or disarm, the Recent Panic code (recent close (459) if PID) is not sent, only the initial Panic code.

QUESTION 00 INSTALLER CODE DEFAULT = 2468

There are 4 locations (L1 - L4) in this question. Enter any 4 digits (0-9 Installer code desired). This code is used to ENTER the system Programming mode via the keypad.

Typically, each installing company uses a unique Installer code in order to prevent unauthorized people from gaining access to their panels.

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SECTION 10

Programming Questions - RF Programming

••••••••••••••••••••••••••••••••••••••••••••••••••

NOTE: You must be in Installer Mode Programming to perform the following. This section of the guide defines the programming questions along with the values expected

for each question for RF devices. If the RF Program using [Bypass] key bit (question 07, location 4) is NOT enabled, enter RF Programming mode by pressing [*] [#] XX, where XX is 01 to 14 and selects the desired RF Programming question number. If the RF Program using [Bypass] key bit (question 07, location 4) IS enabled, enter RF Programming mode by pressing [Bypass] XX, where XX is 01 to 14 and selects the desired RF Programming question number.

NOTE: The question number LEDs on the keypad blink rapidly when RF Programming mode is entered.

Question 01 RF Device 1 Serial Number Default = 000000000

Select the options for RF Device 1 in L1 - L9. Enter the valid digits from the tables below.

Question 02 RF Device 2 Serial Number Default = 000000000

Select the options for RF Device 2 in L1 - L9. Enter the valid digits from the tables below.

Question 03 RF Device 3 Serial Number Default = 000000000

Select the options for RF Device 3 in L1 - L9. Enter the valid digits from the tables below.

Question 04 RF Device 4 Serial Number Default = 000000000

Select the options for RF Device 4 in L1 - L9. Enter the valid digits from the tables below.

Question 05 RF Device 5 Serial Number Default = 000000000

Select the options for RF Device 5 in L1 - L9. Enter the valid digits from the tables below.

Question 06 RF Device 6 Serial Number Default = 000000000

Select the options for RF Device 6 in L1 - L9. Enter the valid digits from the tables below.

Question 07 RF Device 7 Serial Number Default = 000000000

Select the options for RF Device 7 in L1 - L9. Enter the valid digits from the tables below.

Question 08 RF Device 8 Serial Number Default = 000000000

Select the options for RF Device 8 in L1 - L9. Enter the valid digits from the tables below.

Question 09 RF Keyfob 1 Serial Number

Select the options for Keyfob 1 in L1 - L9. Enter the valid digits from the tables below.

Question 10 RF Keyfob 2 Serial Number

Select the options for Keyfob 2 in L1 - L9. Enter the valid digits from the following tables.

Question 11 RF Keyfob 3 Serial Number

Select the options for Keyfob 3 in L1 - L9. Enter the valid digits from the tables below.

Question 12 RF Keyfob 4 Serial Number

Select the options for Keyfob 4 in L1 - L9. Enter the valid digits from the following tables.

Question 13 RF Keyfob 5 Serial Number

Select the options for Keyfob 5 in L1 - L9. Enter the valid digits from the tables below.

CS User Number 8 Function Q30

CS User Number 9 Function Q31

CS User Number 10 Function Q32

CS User Number 11 Function Q33

CS User Number 12 Function Q34

Default = 000000000

Question 14 RF Keyfob 6 Serial Number

Select the options for Keyfob 6 in L1 - L9. Enter the valid digits from the following tables.

CS User Number 13 Function Q35

Default = 000000000

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OMNI-408A Installation and Setup Guide

Questions 01-10, L1 - RF Device Options

Digit OPTION EXPLANATION

0 Disabled Not applicable 1 1 Zone or Button Only 1 Zone or 1 Button 2 2 Zones or Buttons 2 Consecutive Zones or 2 Buttons 3 3 Zones or Buttons 3 Consecutive Zones or 3 Buttons 4 4 Buttons 4 Buttons (Keyfobs)

NOTE: Any zones programmed in RF Programming must also be enabled in question 26.

Questions 01-10, L2 - RF Device Type

Digit TYPE EXPLANATION

0 Disabled Not applicable 1 5800 Transmitter 5800 Series Transmitters (select for keyfobs) 9 5816 Transmitter 5816 Transmitter using magnetic relay only

Questions 01-10, L3 through L9 - 5800 Serial Number

For all 5800 RF devices to be used, enter the 7-digit serial number printed on the device. If an RF device is not to be used, program a “00” into the locations corresponding to the

device. NOTE: When programming a device that uses multiple zones, you must skip the additional

zones supported by that device by disabling them. For example, if zone 2 has a device that has been programmed to support three zones, the next two zones must be disabled, and the following zone must be zone 5.

To disable an RF point that has been previously programmed, you must:

1. Remove the RF enable for the appropriate zone in question 26; and

2. Make the first 2 digits in the RF programming for that zone “00.”

Example of RF Programming

In this example of RF Programming, assume that a four-button keyfob is being enabled as keyfob number 1, the keyfob has a serial number of “A 123 4567," and that only one question (09) is being programmed at this time.

DESCRIPTION KEYPAD ENTRY

1. Enter RF programming *# or Bypass

2. Select question 09 for keyfob 1 09

3. Select the 4 button keyfob option (table L1- RF Device Options) 4

4. Select 5800 transmitter type (table L2 - RF Device Type 1

5.Enter 7-digit serial number from the keyfob as L3 through L9

1234567

(ignore letter A at the beginning)

6. Exit RF Programming STAY

10–2

Below is a completed RF Programming Worksheet for the above example would appear as:

09 RF KEYFOB 1 DEFINITION

41 1234567

12 3456789

OPT TYPE SERIAL NUMBER

Default: 000000000

Page 71

SECTION 11

Data Entry via LED Based Keypads

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

General Information

♦

Entering Programming Mode via Keypad

♦

What You See on the LED Keypad

♦

Entering Data

♦

Summary of System Programming

♦

•••••••••••••••••••••••••••••••••••••••••••••••••

General Information

This section describes the physical keystrokes necessary to perform keypad programming, and tells how to interpret the data displayed on LED-based keypads during programming operations.

NOTE: Actual keypad programming should be performed after completion of the programming sheet.

Entering Programming Mode via Keypad

The System Programming mode can be entered ONLY WHILE DISARMED, as follows: To enter Installer Programming: Press [Code] [*] 4-digit Installer code (default 2468) [1]

What You See on the LED Keypad

Program Mode = READY LED Pulsing

As soon as you enter the Installer Keypad Programming mode, the READY LED slowly pulses, and continues to pulse until you leave this mode. The remaining LEDs display the question number and location contents as indicated below:

ARM AC/LB READY

2 3 4 5 6 7 8

STAY INST TX LB RF. SPVR

Question Number

Data

+1 +2 +4 +8 +16

+1 +2 +4 +8

Figure 7. Keypad Programming

123

456

789

Stay Instant

Bypass Code

PAF

COVER

OPEN

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OMNI-408A Installation and Setup Guide

Question Numbers = Zone LEDs

Zone LEDs 1 through 5 display the current question number (not the specific location within each question). In Figure 7, the question number is the total you get when you add the values of all LEDs that are lit.

Examples: Zone 1 lit, Zones 2-5 off = question 01 Zone 1 lit, Zone 2 lit, Zones 3-5 off = question 03 Zone 2 lit, Zone 3 lit, Zone 4 lit, Zones 1 and 5 off = question 14

Location Contents = System Status LEDs

The remaining status LEDs (STAY, INST, TX LB and RF SPRV) display data that resides in each location within the current question. As shown in the diagram above, the value located next to each LED that is lit must be added to calculate the total data for each location.

Examples: Stay lit, Inst, TX LB and RF Sprv off = 1 Stay and Inst lit, TX LB and RF Sprv off = 3 Inst and RF Sprv lit, Stay and TX LB off = A The following chart shows binary values that you will see on these LEDs for the letters A-F

that may be entered in some locations of the program sheet.

Entering Data

Movement Between Questions

Digit Binary Value Description

A 10 Inst and RF Sprv lit B 11 Stay, Inst, and RF Sprv lit C 12 TX LB, and RF Sprv lit D 13 Stay, TX LB, and RF Sprv lit E 14 Inst, TX LB and RF Sprv lit F 15 Stay, Inst, TX LB, and RF Sprv lit

This section of the guide describes the physical keystrokes to enter the data written on the program sheet.

System Program mode starts with question 1 displayed. Direct jumps to any question can be made by pressing the [*} key and the 2-digit question number.

Questions can be accessed directly or sequentially. Example: To jump to question 07, Press [*] [0] [7] The zone LEDs display the question number. The status LEDs display the contents of the

first location in that question.

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Movement Within Questions

The zone LEDs display the question number and the other status LEDs display the contents (data) within each location. Movement from location 1 to the next location within any question can be performed by pressing the [#] key.

The other status LEDs display the contents of each location as this key is pressed.

Data Entry

To alter the value in any location, enter the desired digit from the program sheet, then press the [#] key to advance to the next location, or if no further changes need to be made, pres s [Stay] to exit programming.

NOTE: If an entry error was made and the [#] key was not yet pressed, re-enter the desired entry, then press the [#] key to advance to the next program location or press [Stay] to exit programming.

Pressing the respective key on the keypad can perform numeric entries 0-9. Entries of A-F require 2 keystrokes, as follows:

Press the [Code] key followed by 1-6 keys for values A-F.

VALUE KEYSTROKES VALUE KEYSTROKES

A B C

[Code] [1] [Code] [2] [Code] [3]

Section 11 - Data Entry Via LED Based Keypads

D E F

[Code] [4] [Code] [5] [Code] [6]

Example: To enter an A, press the [Code] key followed by the [1] key.

Exit System Program Mode

After all programming has been completed, press the [Stay] key to exit the system Program mode.

Question Acknowledgment

The keypad chirps on each keystroke. In addition, a beep confirms advancement between question numbers.

Four beeps signify an invalid input entry. After you make an invalid entry, the system positions you at the same question number and location as immediately before you made the invalid entry.

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OMNI-408A Installation and Setup Guide

Summary of System Programming

TO ENTER PROGRAMMING:

[Code] [*] 4-digit Installer Code [1]

LEDs illuminate steadily in normal programming mode.

TO ENTER RF PROGRAMMING (if RF Programming using [Bypass] key is selected):

[Bypass], 2-digit Question Number

Question LEDs pulse in RF Programming mode.

TO ENTER RF PROGRAMMING (if RF Programming using [Bypass] key is not selected):

[*] [#] 2-digit Question Number

Question LEDs pulse in RF Programming mode.

TO SKIP A QUESTION:

[*] 2-digit Question Number

TO MOVE WITHIN A QUESTION:

Press [#] until the desired location is reached.

TO ENTER DATA:

[single digit: 0 - 9, A - F [#]

A = [Code] [1] D = [Code] [4] B = [Code] [2] E = [Code] [5] C = [Code] [3] F = [Code] [6]

TO EXIT PROGRAMMING:

[Stay]

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SECTION 12

Summary of Keypad Functions

••••••••••••••••••••••••••••••••••••••••••••••••••

In This Section

User Functions

♦

Installer Modes

♦

•••••••••••••••••••••••••••••••••••••••••••••••••

User Functions

Arming/Disarming: Enter any valid 4-digit user code Stay Arming: Press [Stay] any valid 4-digit user code Stay/Instant Arming: Press [Stay] [Instant] any valid 4-digit user code Bypass: Press [Bypass] any valid 4-digit user code, Zone No. Quick Bypass: Press [Bypass] Zone No. Quick Exit: Press [Stay] User Code Programming: Press [Code] Master User code, User No., 4-digit user code User Code Deletion: Press [Code] Master User code, User No., [*] Quick Arming: Press [#] [1] Quick Force Arming: Press [#] [2] Set Clock: Press [#] [3] Toggle Chime: Press [#] [6] On-Line Downloading: Press [#] [9] Panic: Press [*] and [#] at the same time Fire: Press [7] and [9] at the same time Auxiliary: Press [1] and [3] at the same time Ambush: Enter user code 6

Installer Modes

Installer Mode Programming: Press [Code] [*] Installer code [1] RF Mode Programming: Press [Code] [*] Installer code [1], then press [*] [#] XX or

Unattended Download: Press [Code] [*] Installer code [3] On-Line Download: Press [Code] [*] Installer code [4] Walk Test Mode: Press [Code] [*] Installer code [5] System Default: Press [Code] [*] Installer code [1], then press [1] and [3] at the

User Code Default: Press [Code] [*] Installer code [1], then press [7] and [9] at the

[Bypass] XX, where XX is 01-14

same time

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OMNI-408A Installation and Setup Guide

12–2

Page 77

APPENDIX A

Central Station Reporting Formats

••••••••••••••••••••••••••••••••••••••••••••••••••

This security system is designed to transmit data to a central station receiver when an alarm, system trouble, or an opening/closing occurs. Due to the many different types of CS receivers on the market, this system can transmit data in various formats. Each installing company determines which format best suits its needs based on many factors. Of these, the CS receiver type is a major factor.

Stage What Happens

The system’s digital communicator seizes the home phone lines. Then it dials the CS #1 telephone number (programming question 01).

When the CS receiver picks up the ringing phone line, it transmits a “handshake” frequency (1400Hz, 2300Hz, or HiLo) back to the digital communicator.

3 After receiving the “handshake” frequency, the digital communicator transmits the data

in the format programmed in question 04 (either in Pulse or DTMF).

4 Assuming the CS receiver verifies the data transmission as valid (after 2 successful

rounds of data or 1 valid parity round), it transmits a “kissoff” frequency back to the digital communicator. This causes the communicator to stop transmitting, unless more data is available, in which case additional data transmissions and “kissoffs” occur.

5 After the final “kissoff,” the CS receiver releases the phone line and processes the data

to its display and associated peripherals (computer and printer). If for any reason the digital communicator does not receive the “kissoff,” it proceeds to dial the CS #2 telephone number or to redial the CS #1 telephone number (if CS #2 is not used). It continues to dial (8 times for each CS telephone number programmed) until a “kissoff” is received. If, after dialing 8 times for each CS telephone number programmed, a “kissoff” is not received, the system displays “Communication Failure” at the keypad. Thi s message is cleared after the next successful transmission or by the user at the keypad.

The following is a general description of the various formats transmitted by this system.

Standard (3X1 or 4X1)

The Standard Reporting Format: AAA E or AAAA E Where:

AAAA = 3- or 4-digit account number (Program Questions 09 and 10) E = Single-digit Event code; it is the first of the 2 programmable Reporting code digits

Standard format is transmitted in Pulse and involves a 3- or 4-digit account number followed by a single-digit Event code. It can be transmitted with parity (1 round of data) or without parity (2 rounds of data). A disadvantage of this format is that it can transmit only a total of 15 event codes (0 - 9, B - F) without identifying zones or users. Examples:

3X1 w/o Paritiy 3X1 w/Parity

123 3 (1st round) 123 3 6 (single round) 123 3 (2nd round) 123 3 (resulting data) 123 3 (resulting data)

4X1 w/o Parity 4X1 w/Parity

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OMNI-408A Installation and Setup Guide

1234 3 (1st round) 1234 3 2 (single round) 1234 3 (2nd round) 1234 3 (resulting data) 1234 3 (resulting data) NOTE: Parity is a number derived automatically by the dialer utilizing a mathematical

formula (modulo 15). For example: 123 3 adds up to 9. This is subtracted from the next highest multiple of 15; in this case, 15 - 9 = 6. If the CS receiver accepts a valid parity digit, it considers the data transmission valid, delivers a “kissoff,” and processes the data. The parity digit is not displayed. Its only purpose is for validation of data transmitted. It is not a programmable digit; it is generated automatically by the dialer when the parity option is selected in programming question 04, location 2. The obvious advantage of using parity is speed. The transmission time between dialer and receiver is shorter because fewer digits are transmitted with it as opposed to without it.

Extended (3X1 Ext. or 4X1 Ext.)

The Extended Reporting Format: AAA EZ or AAAA EZ Where:

AAAA = 3- or 4-digit account number (programming questions 09 and 10) E = Single-digit Event code; it is the first of the 2 programmable Reporting code digits Z = Zone or user identifier; it is the second of the 2 programmable Reporting code digits

Extended format is transmitted in Pulse and involves a 3- or 4-digit account number followed by a double-digit reporting code. T h e only purpose for using the Extended format (sometimes known as Universal or Expanded format) is to be able to transmit more than 15 codes to the CS receiver. It does this by extendin g the Event code from the previous round of data, resulting in a 2-digit reporting code. It can be transmitted with parity (2 rounds of dat a) or without parity (4 rounds of data). There are 15 possible event codes, each of which can have 15 different zone or user identifiers. As a result, a total of 225 individual events can be reported. Examples:

3X1 Ext. w/o Parity 3X1 Ext. w/Parity

123 3 (1st round) 123 3 (2nd round) 123 3 6 (1st round) 333 1 (3rd round) 333 1 (4th round) 333 1 5 (2nd round) 123 31 (resulting data) Burglary Zone 1 123 31 (resulting data) Burglary Zone 1

4X1 Ext. w/o Parity 4X1 Ext. w/Parity

1234 3 (1st round) 1234 3 (2nd round) 1234 3 2 (1st round) 3333 1 (3rd round) 3333 1 (4th round) 3333 1 2 (2nd round) 1234 31 (resulting data) Burglary Zone 1 1234 31 (resulting data) Burglary Zone 1

Partial Extended (3X1 Part. Ext. or 4X1 Part. Ext.)

The Partial Extended Reporting Format: AAA EZ or AAAA EZ

A–2

Where:

AAAA = 3- or 4-digit account number (Program Questions 09 and 10) E = Single-digit Event code; it is the first of the 2 programmable Reporting code digits Z = Zone or user identifier; it is the second of the 2 programmable Reporting code digits

Page 79

3X2 or 4X2

Appendix A - Central Station Reporting Formats

The Partial Extended format is a combination of both the Standard and Extended formats. It transmits in Pulse a standard message for alarm conditions and an extended message for restores and other system conditions. To report a standard message, enter a numerical digit (0 - 9) in the first of the 2-digit reporting code; for an extended message, enter a hexadecimal digit (B - F) in the first of the 2-digit reporting code. The extended messages are used whenever a zone or user identification is needed (bypasses, restores, openings/closings, etc.). It can also transmit with and without parity. Examples:

3X1 Stand. w/o Parity (Alarm) 3X1 Part. Ext. w/o Parity (Restore)

123 3 (1st round) 123 E (1st round) 123 E (2nd round) 123 3 (2nd round) EEE 1 (3rd round) EEE 1 (4th round) 123 3 (resulting data) Burglary 123 E1 (resulting data) Burglary

The 3X2 or 4X2 Reporting Format: AAA EZ or AAAA EZ Where:

This format is also in Pulse and is an alternative to the Extended format; it also transmits a 2-digit reporting code. Its specific meaning is a 3- or 4-digit account number followed by a 2digit alarm code. It can be transmitted with parity (1 round of data) or without parity (2 rounds of data). There are 15 possible Event codes, each of which can have 15 different zone identifiers. As a result, a total of 225 individual events can be reported. It is different from the extended format in the way it transmits. This is illustrated in the examples below:

3X2 w/o Parity 3X2 w/Parity

123 31 (1st round) 123 31 5 (1st round) 123 31 (2nd round) 123 31 (resulting data) Burglary Zone 1 123 31 (resulting data) Burglary Zone 1

ADEMCO 4X2 Express

The 4X2 Express Reporting Format: AAAA EZ Where:

This format transmits in DTMF a total of 7 digits (including the parity digit). This format is similar to the Extended or 4X2 formats in that it can transmit a total of 225 individual reporting events. However, its advantage is speed because it transmits touch-tones instead of pulses, and it always sends a parity digit. Examples:

1234 31 1 (1st round) 1234 31 (resulting data) Burglary Zone 1

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OMNI-408A Installation and Setup Guide

ADEMCO Point ID

The Point ID Reporting Format: AAAA 18 QXYZ GG ZZZ Where:

AAAA =4-digit account number (Program Questions 09 and 10) 18 =Uniquely identifies this format to the receiver and to an automation system, but is not

displayed or printed.

Q = Event qualifier, which gives specific event information 1 = New Event or Opening 3 = New Restore or Closing XYZ = Event Code: The Event code is a 3-digit code (3 decimal digits). For zone alarms and

some conditions, this can be specified; other conditions are dedicated (see the tables below).

GG = Group number; this panel reports the group number stored in question 30. ZZZ = Zone, sensor or user identifier (3 decimal digits). For zone conditions, this is the

physical point number as programmed within the individual point (01 - 32). For user initiated actions such as openings/closings, this is the actual user number (01 - 15).

This format is also known as ADEMCO Contact ID. A total of 16 digits (including the parity digit) are sent in DTMF. It enables reporting of 999 (001 - 999) unique zone or user identifiers instead of the 15 possible identifiers of most other pulse formats. This feature allows the full reporting capability of this system (32 points and 15 users). In addition, it transmits at a much greater speed than the conventional pulse formats, because it uses DTMF (touch-tones) instead of pulses to transmit the data, and it always sends a parity digit. Its main advantage over all the other formats is its large number of Event codes (see tables below) with the ability to pinpoint an event (alarm, trouble, bypass, restore, etc.) to a specific sensor (up to 32 points in this system) and to report openings/closings for many users (up to 15 users in this system).

For some reporting codes, the first of the two programmable digits determines the PID Event code to be transmitted. Other reporting codes transmit a dedicated PID Event code regardless of the digit programmed in the first location. In both cases, if transmissions are not desired, program AA in locations 1 and 2. Refer to the following tables to select the PID Event codes to be transmitted.

A–4

Page 81

Appendix A - Central Station Reporting Formats

BURGLARY ZONE TYPES 24-HOUR ALARM TYPES

Digit EVENT

CODE

0 122 Silent Panic 0 100 Medical 1 123 Aud ible Pan ic 1 101 Pendant Trans m itter 2 130 Burglary 2 120 Panic Alarm 3 131 Perimeter 3 122 Silent Alarm 4 132 Interi or 4 123 Audible Alarm 5 133 24-Hour Alar m 5 130 Burglary 6 134 Entry /Ex i t 6 133 24-Hour Al arm 7 135 Day/Night 7 135 Day/Night 8 136 Outdoor 8 137 Tamper 9 137 Tamper 9 140 General Alarm A 140 General alarm A 150 24-Hour Non-Burglary B 144 Sensor Tamper B 151 Gas detected C 155 Pol l Break C 152 Refrigeration D 156 Day Trouble D 153 Loss of Heat

ENGLISH OUTPUT

AT CS RECEIVER

Digit EVENT

CODE

E 154 Water Leakage F 155 Foil Break

ENGLISH OUTPUT

AT CS RECEIVER

FIRE ZONE TYPES 24-HOUR TROUBLE TYPES

Digit EVENT

CODE

0 110 Fire Alarm 0 100 Medical 1 111 Smoke 1 122 Silent Panic 2 112 Comb ustio n 2 123 Audible Panic 3 113 Water Flow 3 137 Tamper 4 114 Heat 4 150 24-Hour Non-Burglary 5 115 Pull Station 5 153 Loss of Heat 6 116 Duct 6 155 Foil Break 7 117 Flame 7 156 Day Trouble 8 140 General Alarm 8 158 High Temperature 9 150 24-Hour Non-Burglary 9 159 Low Temperature A 158 High Temperature A 300 System Trouble B 159 Low Temperature B 301 AC Loss C 200 Fire Super vis ory C 302 Low Sy stem Battery D 201 Low H2O Pressure D 310 Ground Fault E 202 Low CO2 E 373 Fire Trouble F 203 Gate Valve Sensor F 380 Sensor Trouble

ENGLISH OUTPUT

AT CS RECEIVER

Digit EVENT

CODE

ENGLISH OUTPUT

AT CS RECEIVER

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OMNI-408A Installation and Setup Guide

KEYPAD ZONE TYPES (Fire,* Panic,*

Aux.,* Ambush)

Digit EVENT

CODE

0 100 Medical 156 Day Trouble 1 101 Pendant Transmitter 301* AC Loss 2 110 Fire Alarm 309* Battery Test Fail 3 111 Smoke 321* Trouble Bell 4 112 Combustion 373 Fire Trouble 5 117 Flame 381 RF Supervision 6 120 Panic Alarm 383 RF Sensor Tamper 7 121 Duress 384 RF Low Battery 8 122 Silent Panic 401 O/C by User 9 123 Audible Panic 403 Auto Arm A 130 Burglary 406 Cancel on Open B 133 24-Hour Alarm 407 Remote Ar m C 140 General alarm 408 Quick Arm D 150 24-Hour Non-Burglary 409 Key Switch Zone Type E 115 Fire Pull station 457 Exit Error

* The Zone/User code transmitted will come from the second digit of the 2-digit event code.

ENGLISH OUTPUT

AT CS RECEIVER

DEDICATED CODES

EVENT

CODE

459 Recent Close 551 Dialer Disabled

602* Test Periodic

628 Exited Program Mode

* These codes have no Zone/ User code associated with them; they report 000 for these digits.

ENGLISH OUTPUT

AT CS RECEIVER

A–6

BYPASS TYPES

Digit EVENT

CODE

0 570 Zone Type Bypassed 1 571 Fire Zone Type

2 572 24-Hour Zone Type

3 573

4 574 Point Group Bypass 7 551 Dialer Disabled

ENGLISH OUTPUT

AT CS RECEIVER

Bypassed

Bypassed Burglary Zone Type

Bypassed

Page 83

APPENDIX B

OMNI-408A System Programming

Worksheet

••••••••••••••••••••••••••••••••••••••••••••••••••

Name: ___________________________ Address: ___________________________________________ Account Number: _________________ Programmed by: _____________________________________

INSTALLER MODE PROGRAMMING

01 PRIMARY TELEPHONE NUMBER

12345678910111213141516

02 SECONDARY TELEPHONE NUMBER or PAGER FOLLOW-ME NUMBER

12345678910111213141516

03 CALLBACK TELEPHONE NUMBER

12345678910111213141516

04 CS DIALER OPTIONS

Default: E435

1234

05 KEYPAD CONDITIONS

Default: 33E5

1234

06 SYSTEM TIMEOUTS

Default: 6622

1234

07 MISCELLANEOUS SYSTEM OPTIONS

Default: 8026

1234

08 BELL OPTIONS, ARMING OPTIONS, PAGER ENABLES

Default: 00C0

1234

09 ACCOUNT NUMBER 1

Default: 1234

1234

10 ACCOUNT NUMBER 2

Default: AAAA

1234

11 ZONE 1 TYPE AND CS CODE

Default: 2061

1234

12 ZONE 2 TYPE AND CS CODE

Default: 4142

1234

13 ZONE 3 TYPE AND CS CODE

1234

14 ZONE 4 TYPE AND CS CODE

1234

15 ZONE 5 TYPE AND CS CODE

1234

16 ZONE 6 TYPE AND CS CODE

1234

17 ZONE 7 TYPE AND CS CODE

1234

18 ZONE 8 TYPE AND CS CODE

1234

19 CS CODES FOR AMBUSH AND AC LOSS

1234

20 CS CODES FOR PANIC AND LOW BATTERY

1234

21 CS CODES FOR OPEN/CLOSE AND CS TEST

1234

Default: 234AAAAAAAAAAAAA

Default: AAAAAAAAAAAAAAAA

Default: 1033

Default: 1034

Default: 1035

Default: 1036

Default: 1037

Default: 1038

Default: AABA

Default: 8ACA

Default: AA1A

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OMNI-408A Installation and Setup Guide

22 CS CODES FOR BYPASS, RESTORE, TROUBLE AND CANCEL

Default: A1FA

1234

23 CS CODES FOR KEYPAD FIRE AND KEYPAD AUXILIARY

Default: 2AAA

1234

24 CS CODES RF LOW BATTERY, RF LOW BATT RESTORE, SUPERVISION, & TAMPER

Default: 1111

1234

25 CS CODES BELL SUPERVISION

Default: 1A11

1234

26 RF ZONES/EXIT BYPA SS/PAGER OPTIONS

Default: 00A8

1234

27 NONSUPERVISED/TAMPER RF ZONES

Default: 0000

1234

28 TRIGGERS 1 & 2

Default: 0A00

1234

30 CID GROUP NUMBER

Default: AAAA

1234

31 RF REMOTE KEYFOB 1 BUTTON DEFINITIONS

Default: 0000

1234

32 RF REMOTE KEYFOB 2 BUTTON DEFINITIONS

Default: 0000

1234

33 RF REMOTE KEYFOB 3 BUTTON DEFINITIONS

Default: 0000

1234

34 RF REMOTE KEYFOB 4 BUTTON DEFINITIONS

Default: 0000

1234

35 RF REMOTE KEYFOB 5 BUTTON DEFINITIONS

Default: 0000

1234

36 RF REMOTE KEYFOB 6 BUTTON DEFINITIONS

Default: 0000

1234

29 CS TEST TIME

1234

Default: 0200

37 EXIT PROGRAM/EXIT ERROR/RECENT PANIC

Default: AAAA

1234

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Page 85

RF MODE PROGRAMMING

TO ENTER RF PROGRAMMING:

Press [*] [#] 2-digit Question Number; or [Bypass] 2-digit Question Number

Question LEDs pulse in RF programming mode.

NOTE:

If RF Receiver Board is not available,

RF Programming can not be modified.

TO SKIP A QUESTION:

Press [*] 2-digit Question Number

TO MOVE WITHIN A QUESTION:

Press [#] until the desired location is reached.

TO ENTER DATA:

[single digit: 0 - 9, A - F [#]

A = [Code] [1] D = [Code] [4] B = [Code] [2] E = [Code] [5] C = [Code] [3] F = [Code] [6]

TO EXIT RF PROGRAMMING:

Press [Stay]

Questions 01-14, L1 - RF Device Options

Digit Option Explanation

0 DISABLED NOT APPLICABLE 1 1 Zone or Button Only 1 Zone or 1 Button 2 2 Zones or Buttons 2 Consecutive Zones or

3 3 Zones or Buttons 3 Consecutive Zones or 4 4 Buttons 4 Buttons (Keyfobs)

Questions 01-14, L2 - RF Device Type

Digit Type Explanation

0 DISABLED NOT APPLICABLE 1 5800 Transmitter 5800 Series

9 5816 Transmitter 5816 Transmitter using

Questions 01-14, L3 through L9 - 5800 Serial Number

Enter the 7-digit serial number printed on the device for all 5800 RF devices to be used.

2 Buttons 3 Buttons

Transmitters (Select for Keyfobs)

magnetic relay only

Appendix B - System Programming Worksheet

01 RF DEVICE 1 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

02 RF DEVICE 2 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

03 RF DEVICE 3 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

04 RF DEVICE 4 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

05 RF DEVICE 5 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

06 RF DEVICE 6 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

07 RF DEVICE 7 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

08 RF DEVICE 8 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

09 RF KEYFOB 1 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

10 RF KEYFOB 2 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

11 RF KEYFOB 3 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

12 RF KEYFOB 4 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

13 RF KEYFOB 5 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

14 RF KEYFOB 6 DEFINITION

Default: 000000000

12 3456789

OPT TYPE SERIAL NUMBER

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OMNI-408A Installation and Setup Guide

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APPENDIX C

Warnings and Limitations

••••••••••••••••••••••••••••••••••••••••••••••••••

Warning Limitations of This Alarm System

While this system is an advanced design security system, it does not offer guaranteed protection against burglary, fire, or other emergency. Any alarm system, whether commercial or residential, is subject to compromise or failure to warn for a variety of reasons. For example:

• Intruders may gain access through unprotected openings or have the technical sophistication to bypass an alarm sensor or disconnect an alarm warning device.

• Intrusion detectors (e.g., passive infrared detectors), smoke detectors, and many other sensing devices will not work without power. Battery-operated devices will not work without batteries, with dead batteries, or improperly installed batteries. Devices powered solely by AC will not work if their AC power supply is cut off for any reason, however briefly.

• Signals sent by wireless transmitters may be blocked or reflected by metal before they reach the alarm receiver. Even if the signal path has been recently checked during a weekly test, blockage can occur if a metal object is moved into the path.

• A user may not be able to reach a panic or emergency button quickly enough.

• While smoke detectors have played a key role in reducing residential fire deaths in the United States, they may not

activate or provide early warning for a variety of reasons in as many as 35% of all fires, according to data published by the Federal Emergency Management Agency. Some of the reasons smoke detectors used in conjunction with this system may not work are as follows: Smoke detectors may have been improperly installed and positioned. Smoke detectors may not sense fires that start where smoke cannot reach the detectors, such as in chimneys, in walls or roofs, or on the other side of closed doors. Smoke detectors may not sense a fire on another level of a residence or building. A second-floor detector, for example, may not sense a first-floor or basement fire. Moreover, smoke detectors have sensing limitations. No smoke detector can sense every kind of fire every time. In general, detectors may not always warn about fires caused by carelessness and safety hazards like smoking in bed, violent explosions, escaping gas, improper storage of flammable materials, overloaded electrical circuits, children playing with matches, or arson. Depending on the nature of the fire and/or the location of the smoke detectors, the detector, even if it operates as anticipated, may not provide sufficient warning to allow all occupants to escape in time to prevent injury or death.

• Passive infrared motion detectors can detect intrusion only within the designed ranges as diagrammed in their installation manual. Passive infrared detectors do not provide volumetric area protection. They do create multiple beams of protection, and intrusion can be detected only in unobstructed areas covered by the beams. They cannot detect motion or intrusion that takes place behind walls, ceilings, floors, closed doors, glass partitions, glass doors, or windows. Mechanical tampering, masking, painting, or spraying of any material on the mirrors, windows, or any part of the optical system can reduce their detection ability. Passive infrared detectors sense changes in temperature; however, as the ambient temperature of the protected area approaches the temperature range of 90° to 150°F, the detection performance can decrease.

• Alarm warning devices, such as sirens, bells, or horns, may not alert people or wake up sleepers who are located on the other side of closed or partly open doors. If warning devices sound on a different level of the residence from the bedrooms, then they are less likely to waken or alert people inside the bedrooms. Even persons who are awake may not hear the warning if the alarm is muffled by noise from a stereo, radio, air conditioner, or other appliances, or by passing traffic. Finally, alarm warning devices, however loud, may not warn hearing-impaired people or waken deep sleepers.

• Telephone lines needed to transmit alarm signals from a premises to a central monitoring station may be temporarily or permanently out of service. Telephone lines are also subject to compromise by sophisticated intruders.

• Even if the system responds to the emergency as intended, however, occupants may have insufficient time to protect themselves from the emergency situation. In the case of a monitored alarm system, authorities may not respond appropriately.

• This equipment, like other electrical devices, is subject to component failure. Even though this equipment is designed to last as long as 10 years, the electronic components cou ld fail at any t ime.

The most common cause of an alarm system not functioning when an intrusion or fire occurs is inadequate maintenance. This alarm system should be tested weekly to make sure all sensors are working properly. Installing an alarm system may make one eligible for lower insurance rates, but an alarm system is not a substitute for insurance. Homeowners, property owners, and renters should continue to act prudently in protecting themselves and continue to insure their lives and property. We continue to develop new and improved protection devices. Users of alarm systems owe it to themselves and their loved ones to learn about these developments.

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APPENDIX D

FCC Statement and Telephone Problems

••••••••••••••••••••••••••••••••••••••••••••••••••

“Federal Communications Commission (FCC) Statement”

This equipment has been tested to FCC requirements and has been found acceptable for use. The FCC requires the following statement for your information.

This equipment generates and uses radio frequency energy, and if not installed and used properly, that is, in strict accordance with the manufacturer's instructions, may cause interference to radio and television reception. It has been tested and found to comply with the limits of Part 15 of FCC Rules, which are designed to provide reasonable protection against such interference in a residential installation. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• If using an indoor antenna, have a quality outdoor antenna installed.

• Reorient the receiving antenna until interference is reduced or eliminated.

• Move the radio or television receiver away from the control/communicator.

• Move the antenna leads away from any wire runs to the control/communicator.

• Plug the control/communicator into a different outlet so that it and the radio or television receiver are on different branch

circuits.

If necessary, the user should consult the dealer or an experienced radio/television technician for additional suggestions. The user may find the “Interference Handbook,” prepared by the Federal Communications Commission, helpful. This booklet is

available from the U.S. Government Printing Office, Washington, DC 20402. Stock No. 004-000-00450-7. The user shall not make any changes or modifications to the equipment unless authorized by the Installation and Setup Guide

or User Guide. Unauthorized changes or modifications could void the user's authority to operate the equipment.

In the Event of Telephone Operational Problems

In the event of telephone operational problems, disconnect the control panel by removing the plug from the RJ31X (CA38A in Canada) wall jack. We recommend that you demonstrate disconnecting the phones upon installation of the system. Do not disconnect the phone connection inside the control panel. Doing so will result in the loss of your phone lines. If the regular phone works correctly after the control panel has been disconnected from the phone lines, the control panel has a problem and should be returned for repair. If, upon disconnection of the control panel, there is still a problem on the line, notify the telephone company that it has a problem, and request prompt repair service. The user may not under any circumstances (in or out of warranty) attempt any service or repairs to the system. It must be returned to the factory or an authorized service agency for all repairs.

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OMNI-408A Installation and Setup Guide

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APPENDIX E

Warranty

••••••••••••••••••••••••••••••••••••••••••••••••••

FBII LIMITED WARRANTY

Fire Burglary Instruments Inc., a Subsidiary of Pittway Corporation and its divisions, subsidiaries, and affiliates (“Seller”), 149 Eileen Way, Syosset, New York 11791, warrants its products to be in conformance with its own plans and specifications, and to be free from defects in materials and workmanship under normal use and service for 5 years from the date stamp control on the product, or, for products not having a date stamp, for 5 years from the date of original purchase, unless the Installation Instructions or catalog sets forth a shorter period, in which case the shorter period shall apply. Seller's obligation shall be limited to repairing or replacing, at its option, free of charge for materials or labor, any product that is proved not in compliance with Seller's specifications or proves defective in materials or workmanship under normal use and service. Seller shall have no obligation under this Limited Warranty or otherwise if the product is altered or improperly repaired or serviced by anyone other than Seller. For warranty service, return, transportation prepaid, to Factory Service, 149 Eileen Way, Syosset, New York

11791. THERE ARE NO WARRANTIES EXPRESSED OR IMPLIED, OF MERCHANTABILITY OR FITNESS, FOR A PARTICULAR

PURPOSE OR OTHERWISE, THAT EXTEND BEYOND THE DESCRIPTION ON THE FACE HEREOF. IN NO CASE SHALL SELLER BE LIABLE TO ANYONE FOR ANY CONSEQUENTIAL OR INCIDENTAL DAMAGES FOR BREACH OF THIS OR ANY OTHER WARRANTY, EXPRESS OR IMPLIED, OR UPON ANY OTHER BASIS OF LIABILITY WHATSOEVER, EVEN IF THE LOSS OR DAMAGE IS CAUSED BY THE SELLER'S OWN NEGLIGENCE OR FAULT.

Seller does not represent that the products it sells may not be compromised or circumvented; that the products will prevent any personal injury or property loss by burglary, robbery, fire, or otherwise; or that the products will in all cases provide adequate warning or protection. Customer understands that a properly installed and maintained alarm system may only reduce the risk of a burglary, robbery, fire, or other events occurring without providing an alarm, but it is not insurance or a guarantee that such will not occur or that there will be no personal injury or property loss as a result. CONSEQUENTLY, SELLER SHALL HAVE NO LIABILITY FOR ANY PERSONAL INJURY, PROPERTY DAMAGE, OR OTHER LOSS BASED ON A CLAIM THE PRODUCT FAILED TO GIVE ANY WARNING. HOWEVER, IF SELLER IS HELD LIABLE, WHETHER DIRECTLY OR INDIRECTLY, FOR ANY LOSS OR DAMAGE ARISING UNDER THIS LIMITED WARRANTY, OR OTHERWISE, REGARDLESS OF CAUSE OR ORIGIN, SELLER'S MAXIMUM LIABILITY SHALL NOT IN ANY CASE EXCEED THE PURCHASE PRICE OF THE PRODUCT, WHICH SHALL BE THE COMPLETE AND EXCLUSIVE REMEDY AGAINST SELLER. This warranty replaces any previous warranties, and is the only warranty made by seller on this product. No increase or alteration, written or verbal, on the obligations of this Limited Warranty is authorized.

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APPENDIX F

(

)

(

)

(

)

Summary of Connections

••••••••••••••••••••••••••••••••••••••••••••••••••

Summary of Connections

OMNI-408A

This fuse is NOT re

laceable.

(SEE NOTE 9)

BLACK RED

12V, 4-6AH

BATTERY

MODEL 1240A

SEE NOTE 6

Antenna 1

SYSTEM DEFAULT

RESET JUMPERS

FUSES:

Amp. Power, 1 Amp

F1 =

= Bell Power, 3 Amps

Battery, 4 Amps

F3 =

TRIGGER

OUTPUTS

SEE NOTE 11

VBELL T1 T2

TRANSFORMER

16.5VAC, 25VA

(Connect to 24 HR.

120VAC, 60 Hz Outlet

SEE NOTE 4)

GROUND LUG

SEE NOTE 1

F2F3 F1

1 2 3 4

FIRE & BURGLARY

ALARM OUTPUT

To re-load factory default values, remove all power (AC & DC). Short JP1 to JP2. With short still applied re-apply power (AC then DC), wait 5 seconds, then remove short with power still applied.

JP1 JP2

DIRECT PLUG-IN (Wireless Zones)

JP3

BELL OR SELF-CONTAINED SIREN (LEFT)

SIREN DRIVER (RIGHT)

SIREN SUPERVISION

SMOKE POWER (8 +) & (7 -)

AUX POWER (8 +) & (5 -)

JP3

12VDC Reg., 500mA Max.

(11.5-13.1VDC,

1A max)

BELL

2.2K

ZONE

(POOL ZONE OPTION)

SELFCONTAINED SIREN

2.2K

ZONE

2.2K

ZONE

(SEE NOTE 2)

BLACK

2.2K

ZONE

ARM AC/LB

READY

STAY

INST

TX LB

RF. SPRV.

KEYPAD (SEE NOTE 7)

Antenna 2

ZR-401

RF RECEIVER

(SEE NOTE 13)

To prevent

WARNING

risk from electrical shock, de-ener control unit and disconnect the tele servicin

18 12 13 14 15 16 17 5 6 7 8 9 10 11

HOME

YELLOW

RED

GREEN

ize the system

hone lines before

this unit.

NOTE: Zones 1-4 can be hardwired or wireless. Zones 5-8 can onl

be wireless.

RJ31X OR

CA31A JACK

TELCO

RECEIVER INTERNAL CONNECTIONS

+ 5V

DATA

CLK GND

Summary of Connections

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OMNI-408A Installation and Setup Guide

NOTES:

1. Connect control panel to a grounded metal water pipe (16 gauge at 15 ft.).

2. Total aux. power available (including keypad power) is 500mA max. (180mA for UL and CSFM). Used for connection of devices rated from 11.5 to 13.1VDC.

3. System must be tested on a weekly basis. For information refer to this guide.

4. Do not connect the transformer to a switch-controlled receptacle.

5. Installation of equipment and wiring methods must be in accordance with the National Electrical Code and ANSI/NFPA NO.74.

6. UL and CSFM require backup battery standby time of 24 hours minimum. Under normal conditions, this battery will last 3 years. Use only an exact replacement.

7. Maximum of 4 keypads allowed.

8. Limited-energy cable must be used.

9. Nonreplaceable fuse (F3). Return to manufacturer if blown. Do not solder in field.

10. Maximum for UL installations: Entry Delay, 45 se conds; Exit Delay 60 seconds.

11. Programmable trigger outputs.

12. If the Pool Zone option is enabled, program zone 4 as a delay zone and equip all doors that have access to the pool with switches for activating alarms, as described in the "Pool Zone Connections" paragraph.

13. Removing the ZR-401 will prevent RF Programming.

Detail A

CONTROL PANEL

POWER

25 26

( )

(+)

RED

BLACK

BROWN

MODEL ESL2048

E.O.L. RELAY

BROWN

* UL INSTALLATIONS REQUIRE LISTED

END-OF-LINE DEVICE. USE RESISTOR FROM EOL22 KIT. LOOK FOR LISTING MARK ON ITEM.

WARNING

THIS UNIT INCLUDES AN ALARM VERIFICATION FEATURE THAT WILL RESULT IN A DELAY OF THE SYSTEM ALARM SIGNAL FROM THE INDICATED CIRCUITS. THE TOTAL DELAY (CONTROL UNIT PLUS SMOKE DETECTOR) SHALL NOT EXCEED 60 SECONDS. NO OTHER INITIATING DEVICES SHALL BE CONNECTED TO THESE CIRCUITS UNLESS APRROVED BY THE LOCAL AUTHORITY HAVING JURISDICTION.

CIRCUIT

CONTROL UNIT

(ZONE)

DELAY-SEC

SMOKE

DETECTOR

9.5 - 12.2VDC

ZONE

LISTED

HOUSEHOLD THERMOSTAT ESL 104

UL LISTED SMOKE DETECTOR MODEL ESL445AT

2.2k E.O.L. RESISTOR

SMOKE DETECTOR

MODEL DELAY SEC

PRODUCT COVERED UNDER

US PATENT #4,791,658

F–2

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149 Eileen Way, Syosset, NY 11791

Subsidiary of Pittway Coporation

¬1l

N9941 1/00

FBII Omni-408A Installation And Setup Gude

Table of Contents

Conventions Used in This Manual

Feature Summary of Version 1

Introduction

System Wiring and Hookup

Wiring the OMNI-408A

System Stabilization Mode

Compatible ADEMCO 5800 Series Wireless Devices

Terminal Connections

Auxiliary Device Current Draw Worksheet

PC Board Mounting

Mounting the Control Board

Mounting the Receiver and Antennas

Keypad Mounting

How to Mount the XK-108 Keypad

The XK-108 Keypad

XK-108 Keypad

Keypad Sounder

System Operations

Power Up/System Reset

Arming the System

Stay Arming

Stay/Instant Arming

Disarming

Reset

Bypass

Subsequent Bypasses

Quick Bypass

Exit Bypass

Auto Unbypass

Manual Unbypass

User Code Programming

User Deletion

Keypad Emergency Conditions

Pager Follow Me Displays

Entering Pager Follow-Me Phone Numbers

Quick Command Modes

Quick Command Mode Listing

Quick Arming [#] [1]

Quick Force Arming [#] [2]

Set Time/Date [#] [3]

Toggle Chime [#] [6]

Toggle Pager [#] [8]

On-Line Download [#] [9]

Installer Modes

Entering Installer Modes

Installer Mode 1 (Installer Keypad Programming)

Installer Mode 3 (Unattended Download)

Installer Mode 4 (On-Line Download)

Installer Mode 5 (Walk Test - Reduced Gain Mode)

System Programming

General Information

Programming Questions - Installer Programming

Zone Programming

Programming Questions - RF Programming

Data Entry via LED Based Keypads

General Information

Entering Programming Mode via Keypad

What You See on the LED Keypad

Entering Data

Summary of System Programming

Summary of Keypad Functions

User Functions

Installer Modes

Central Station Reporting Formats

Standard (3X1 or 4X1)

Extended (3X1 Ext. or 4X1 Ext.)

Partial Extended (3X1 Part. Ext. or 4X1 Part. Ext.)

3X2 or 4X2

ADEMCO 4X2 Express

ADEMCO Point ID

RF MODE PROGRAMMING

Warnings and Limitations

FCC Statement and Telephone Problems

Warranty

Summary of Connections

Summary of Connections